ORNL-2192.txt

 
 

 

 

 

 

 

 

 

 

 
UNCLASSIFIED ORNL~2192
Contract No. W-~7405-eng-26

CHEMISTRY DIVISION
and

METALLURGY DIVISION

OPTICAL PROPERTIES AND X~RAY DIFFRACTION DATA
FOR SOME INORGANIC FLUORIDE AND CHLORIDE COMPOUNDS

H. Insley, Consultant

T. N. Mcvay, Consultant

R. E. Thoma, Chemistry Division
G, D. White, Metallurgy Division

Vi ] wnd i

Date Issued

OAK RIDGE NATIONAL LABORATORY
Operated by
UNION CARBIDE NUCLEAR COMPANY
A Division of Union Carbide and Carbon Corporation
Oak Ridge, Tennessee

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ORNL-2192
Chemistry

TID-4500 (12th ed.)

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UNCLASSTFIED
OPTICAL PROPERTIES AND X-RAY DIFFRACTION DATA

 

FOR SOME INORGANIC FLUORIDE AND CHLORIDE COMPOUNDS

 

H. Insley, Consultant

T. N. McVay, Consultant

R. E. Thoma, Chemistry Division
G. D. White, Metaliurgy Division

ABSTRACT

Optical properties and X-vay diffraction data are listed
for various inorganic fluoride and chloride compounds. This
publication extends and replaces ORNL-i7i2, Properties of Some
Inorganic Filuoride and Chloride Compounds, by T. N. McVay and
G. D. White.

 

 

INTRODUCT ION

Optical and X-ray diffraction data have been collected for
many compounds whose existence was not known prior. to their dis-
covery incidental to the phase equilibrium studies made in the
High Temperature Section of the Chemistry Division. A few com-
pounds are listed and mentiomed in the footnotes whose initial
discovery was not made at ORNL; however, the original optical
measurements on these compounds were made by H. Iusley,

T. N. McVay, and G. D. White of the Ceramics Laboratory,
Metaliurgy Division.

The standard X-ray diffraction patterns included herein
were derived, in general, from the same samples on which the
optical data were taken. Standard patterns were made from
powder samples with a Norelco~Philiips high angle diffracto-
meter, using Cu K, filtered radiation from a General Electric
CA-7 X-ray tube. The diffractometer was equipped with a Geiger
Muiier tube counting arrangement. The X-ray data have not been
corrected for absorption. Values for interplanar distances
(d, measured in Angstrom units) and relative intensities of
diffracting maxima conform to the conventions used in the ASTM
X-ray diffraction data cards.

The refractive indices of the compounds included are be-
lieved to be precise to * 0.003; the optic angles of biaxial
crystals were estimated.
This publication is divided into Part I (optical properties)
and Part II (X-ray diffraction data). The three strongest
X-ray lines accompany the optical data of each compound for
which ASTM X-ray diffraction data are not availabkle, if those
X-ray data were derived at ORNL. X-ray diffraction data in
Part II are separated according to the purity of the samples

used for standards. Patterns for the compounds in the first
section were derived from single-phase samplies of known
chemical analysis which had met optical standards. In the

second section are listed data on compounds whose purity has
not been absoclutely established.

ACKNOWLEDGEMENTS

The authors wish to acknowiedge the assistance of
I.. M. Bratcher, V. S. Coleman, H. A. Friedman, R. J. Sheil,
B. J. Sturm, J. Truitt, and W. C. Whitley, who prepared the
samples under the direction of C. J. Barton, F. F. Blankenship,
R. E. Moore and W. R. Grimes.
PART 1

OopT ICAL PROPERTIES
Ammonium beryllium fluoride, 2 NH, -BeF,

Uniaxial +

n = 1.319

Low birefringence

Colorless

Questiocnable. National Research Council Bulletin 118
describes it as rhombic.

Berylliium fluoride, BeF,

Uniaxial +

n = 1.325

Low birefringence estimated .006
Quartz form

Colorliess

Sampie prepared at Mound Laboratory.

Beryllium lead fiuoride, BeF, -PbF,

Biaxial - | 2V = 70°
o = 1.602 Y = 1.627
Colorless

Cesium beryllium fluoride, 2 CsF-.BeF,

n = 1.452
Very low birefringence
Colorless.

Cesium beryliium fluoride, Cs¥-BeF,

n = 1.382

Low birefringence

Length slow. Parailel extinction.
Colorless. :

Cesium lanthanum fiuocride, 3 CsF-LaF,
Cubic
n = 1.462
Coloriess
X-ray lines: 3.49, 2.478, 2.021.

Cesium uranium fiucride, Cs¥-:UF,

Biaxial + 2V = 45°
o = 1.553 Y = 1.560
Polysynthetic twinning Xac = 10° Z = sky blue

X = greenish blue
X-ray lines: 7.31, 4.00, 3.62
Cesium

Cesium

Cesium

Cesium

uranium fluoride, 2 CsF-.UF,

Biaxial +
a = 1.516

X = light greenish blue

X-ray lines: 6.

19, 3.55,

zinc fiuoride, 2 CsF-ZnkF,

Biaxial +
o = 1.446
Colorless

zirconium fluoride,

Biaxial -~
o = 1.464
Colorless
X-ray lines: 3.

zirconium fliuoride,

Uniaxial -

W= 1,482
Colorliess

X-ray lines: 3.

Chromium fluoride, CrF,

Biaxial +
Monoclinic
= 1.511
Gray green

CSF‘ZI‘F4

73, 3.62,

3.44,

3.26

2 CsF-%ZrF,

73, 3.20,

X-ray lines: 3.53, 2.97,

Iron fluoride, FeF,

Iron Zzirconium fluoride,

Uniaxial +
w= 1.524
Brown

Cubic
n = 1,432

FeF2 . ZI'.F_4

X-ray lines: 4.04, 2.016,

2.430.

2V

XAC

2.805

1,805

!

i

I

45°
1.524

light biue

small
1.458

200-450
1.476

1.460

10°
380
1.525

1.540

(varies)
Lanthanum fluoride, LakF,

Uniaxial -

Hexagonal

W= 1,605 g =
Length fast

Prismatic

Colorless.

Lanthanum zirconium uranium'flubride, La¥,; - 6ZrF, - UF,

Biaxial + 2V -
a = 1.528 Y
Light green.

B

Lead uranium fluoride, PbF, -UF,

Uniaxial ~
W= 1,750
Green.

m
i

Lead uranium fluoride, & PbF, -UF,

Cubic
n = 1.77
Light blue.

Lithium beryllium fluoride, 2 LiF-BeF,
Uniaxial + |

= 1.312 &
Coloriess.

4

Lithium cesium fluoride, LiF-CsF

i

Biaxial + A
n = 1,458

Estimated birefringence 0.006
Colorless

Lithium chromium fluoride, 3 LiF-CrF,

Biaxial - | 2V =
a = 1,444 Y =
Green

X~ray lines: 4.29; 4.16, 2.176.

70°
1.545

1.730

small.

40°
1.464
-8-

Lithium rubidium fiuoride, LiF-RbF

Biaxial +
Orthorhombic

n = 1.396

Low birefringence
Colorless.

Lithium sodium beryllium fluoride, LiF-ZNaF-2BekF,
Uniaxial -
n = 1.311
Low birefringence
Colorless,

Lithium uranium filuoride, 4Li¥-UF,

Biaxial + 2V = 459
a = 1.460 Y = 1.472
X = light green Z = dark green

X-ray lines: 5.13, 4.93, 4.44,
Lithium uranium fluoride, 7LiF-6UF,

Uniaxial -

o= 1.554 &= 1,551
Decp green

X-ray lines: 5.24, 3.33, 2.99.

Lithium uranium fluoride, LiF-4U0F,

Biaxial -~ 2V = 10°
o = 1,584 Y = 1.600
Yellowish green

X-ray lines: 4.25, 3.78, 3.52.

Lithium zirconium fluoride, LiF-ZrF,

Biaxial + 2V = 300

@ = 1.468 Y = 1.476
Colorless

Quench determinations show this phase to have
compositions 3LiF-4ZrF, with biaxial +.

X-ray lines: 3.90, 3.33, 3.16.

Lithium zirconium fluoride, 3LiF-4ZrF,

Biaxial + 2V = 300
o = 1,463 Y = 1.473
Colorless

X-ray lines: 3,90, 3.33, 3.16.
Lithium zirconium fluoride, 2 LiF-Zr¥F,

Uniaxial +

C)= 1.468 €
Colorless

X-ray lines: 4.29, 3.15, 2.19

Lithium zirconium fluocride, 3 LiF~ZrF§

Manganese

Biaxial ~ 2V =
o = 1.445 Y =
Colorless

X-ray lines: 5.49, 4.88, 2.07
fluoride, MnF,
Uniaxial +

W= 1,476 &
X = ¢olorless Z

o

Nickel filuoride, NiF,

Uniaxial +
w = 1,526 & =
Light greenish yellow.

Nickel zirconium fluoride, Nin‘ZrF4

Potassium

Potassium

Potassium

n = 1.442
Very low birefringence
X-ray lines; 3.91, 1.964, 1.767.

aAluminum fluoride, 3 KF-AlF;

Cubic -
n = 1.376
Colorliess.

beryilium fluoride, 3 KF-.-BeF,

Uniaxial +

= 1.357 &
Colorless

X-ray lines: 2.98, 2.39, 2.27.

beryliium fluoride, Z2KF-BeF,

Biaxial + 2V =
a = 1.357 Y =
Probably monoclinic
Xac = 400 '

Colorless.

1.478

300
1.465

1.504
gray

1.560

1.366

309
1.366
Potassium

Potassium

Potassium

Potassium

Potassium

Potassium

Potassium

Potassium

=10~

beryllium fluoride, KF-BeF,

Biaxial - 2V 450
o = 1.319 Y = 1.323
Colorless

X-ray lines: 5.99, 3.33, 3.01.

beryllium fluoride, KF-.Z2BeF,

Uniaxial -

w= 1.319 &
Colorless

X-ray lines: 3.31, 3.00, 2.29.

i

1.312

chromium fluoride, 3 KF:CrF;

Cubic

n = 1.422

Green

X-ray lines: 4.95, 3.03, 2.35.

filuoride acid, K¥F:HF

Uniaxial -. Some crystals have a small
to = 1.354 € 1.331

i

iron chloride, KC1-FeCl,

Biaxial + 2v = 20°
o = 1.700 £ 0.005 Y 1.740
Colorless.

It

iron chloride, 2 KCI-FeCl,

Uniaxial -
w= 1,600 €
Colorless.

1.636

lanthanum fluoride, KF-LaT,

Uniaxial +

w=1.493 ¢ = 1.510
Colorless

X~-ray lines: 7.77, 2.747, 1.857.

nickel fluoride, 2 KF:NiF,

Uniaxial -

Tetragonal

W= 1.434 € = 1.426
Yellow

X-ray lines: 6.51, 2.94, 2.173.

optic angle.

£ 0.005
Potassium

Potassium

Potassium

Potassium

Potassium

Potassium

Potassiam

w1l

sodium beryllium fluoride, KF-NaF-BeF,
Biaxial + : 2V = gmall
n = 1.343 |

Low birefringence

Colorless

X-ray limes: 2.786, 2.367,.1.995,

sodium iron fluoride, 2 KF:NaF-FeF,

Cubic

n = 1.414

Colorless

sodium zirconium fluoride, 3 KF.3NaF:2ZrF,
Biaxial + 2V = 309

o = 1,410 Y = 1.421
Colorless :

X-ray lines: 4.90, 4.09, 2.97.

sodium zirconmium fluoride, K¥-NaF-Zr¥,
Biaxial - 2V = 609©
e = 1,378 | Y = 1.385
Colorless

Often fibrous or prismatic
X-ray lines: 4.85, 4.09, 3,34

sodium zirconium fluoride, 3KF-2NaF:5ZrF,
Biaxial - 2V = about 809
e = 1.478 Y = 1.488
Colorless

Probably moncclinie
Marked cleavage; ZA elong. about 70
X~ray lines: 8.51, 7.70, 3.86.

tellurium fluoride, KTeFs -H;0

Biaxial + | 2V = 309
o = 1,436 Y = 1.460
Colorless

Xeray limes: 5.64, 4.27, 3.575.
thorium fluoride, 3 KF-Th¥,
Cubic

n = 1,424
Colorless
Potassium

Potassium

Potassium

Potassium

Potassium

Potassium

Pctassium

Potassium

12

uranium chloride, KC1-UCI,

Biaxial + 2V = small
a = 1.692 B = 1.705 Y = 1.759
X = gray Z = blue green

uranium fluoride, 7 XF:6 UF,
Uniaxial -
w= 1.510 & = 1.504

Green
X-ray lines: 4.82, 3.44, 1.7953

uranium fluoride, KF-UF,

Isomorphous with NaF.UF,
Similar optical properties.

uranium fluoride, KF:2UF,

Biaxial - 2v = 15°
a = 1.520 Y = 1.584
Gireen.

uranium fluoride, 2 KF-UF,

Uniaxial +
= 1.484 €
Light olive drab.

il

1.512

zinc fluoride, KF-ZnF,
Cubic

n = 1,462
Colorless.

zinc fluoride, 2 K¥-ZnF,

Uniaxial -
W= 1.416 c

1.410
zirconium fluoride, 2 KF-ZrF,

"LLow temperature' form

Biaxial + 2V
a = 1.412 Y
Pelysynthetic twinning frequent
Colorless.

10°
1.424

I
Potassium

Potassium

Rubidium

Rubidium

Rubidium

Rubidium

RBubidium

Rubidium

-13-

zirconium fluoride, oKF-Zr¥F,

Biaxial - 2V = 8§0©°

o = 1.412 Y = 1.428
Colorless

X-ray lines:; 5.83, 4.40, 3.86.
zirconium fluoride, BKF-ZrF,

Biaxial + 2V = 75°

o = 1.488 Y = 1.504
Colorless

X-ray lines: 6.32, 3.29, 3.15,
beryllium fluoride, RbDF-:2BeF,

Biaxial - | 2V = 70°

n = 1,333 .

Birefringence about 0.008

Colorless '
cerium fluoride, RbF-:CeF,;

Biaxial + 2v = 750
a = 1.500 Y = 1,520
lanthanum fluoride, RbF.LaF,

Biaxial + | 2v = 70°
o = 1.498 ‘ Y = 1.519
Colorless

X-ray lines: 3.43, 2.25, 1.90.

lanthanum fluoride, 3 RbF-LaF,

Cubic

n = 1,424

Colorless ‘

X-ray lines: 3.30, 2.821, 3.11.

sodium beryilium fluoride, RbF:«2Na¥F: BeF,

Cubic

n = 1,374

Colorless

X~ray lines: 2.99, 2.875, 2.494.

sodium uranium fluofide, RbF-NaF-UF,

Uniaxial + _

to = 1.484 € = 1.486
Anomalous purple interference color characteristic.
Pale green

X~ray lines: 8.12, 3.26, 2.034.
-1l -

Rubidium uranium fiuoride, 3 RbF-UF,

Cubic

n = 1.438

Green

X-ray lines: 5.56, 3.40, 1.959.

Rubidium uranium fluoride, RDLF - UF,;

Rubidium

Rubidium

Rubidium

Rubidium

Biaxial - 2V = 750

o = 1.514 Y = 1.528
Polysynthetic twinning

Yac = 20°

Lath-shaped crystals

X = green Z = blue

Marked dispersion of optic axes
X-ray lines: 6.86, 3.46, 3.43.

uranium fluoride, 2 RbF:UF,

Biaxial + 2V = 70°
o = 1.473 Y = 1.487
X = light green Z = light violet

Polysynthetic twinning common
X-ray lines: 6.03; 3.49, 2.008.

uranium fluoride, 7 RbF-.6 UF,

Uniaxial -

= 1,518 € = 1.512
X-ray lines: 3.51, 2.140, 1.835.
uranium fluoride, 2 RbF-3 UF,

Biaxial - 2V = 60°
o = 1.542 Y = 1.550

Inclined extinction
Pleochroic, bluish green and pale violet-green
X-ray lines: 5.80, 3.50, 2.038.

uranium fluoride, RbF-3UF,

Biaxial + 2V = 70°

a = 1.588 Y = 1.598

Yellow green with slight dichroism

Strong dispersion of optic axes

Anomalcus dispersion of birefringence in purplish red
X-ray lines: 3.52, 3.36, 2.002.
-15-

Rubidium uranium fluoride, RbF-6UF,

Uniaxial -~

Probably tetragonal

w= 1,596 | € = 1,586
Deep green

X-ray lines: 4.13, 3.47, 2.049

I1X
Rubidium uranium fluoride, 3RbF-UF,
Cubic
n = 1,440 approximate
Pinkish brown.
Rubidium zirconium fluoride, 3RbF-ZrF,
Cubic
n = 1.420
Colorless
X-ray lines: 3.290, 2.236, 1.990

Rubidium zirconium fluoride, 2 RbF-Zr¥,

Uniaxial - (low temperature form).
W= 1,440 e = 1.426
Colorless

X~ray lines: 3,593, 3.080, 2.338.

Rubidium zirconium fluoride, 5 RbF-4ZrF,

Biaxial - 2V about 85°
o = 1.442 Y = 1,452
Colorless

X-ray lines: 3.44, 3.36, 3.29.

Rubidium zirconium fluoride, RbF-ZrF,

Biaxial -~ 2V = about 75°
o = 1.490 Y = 1,502

Elong. fast extinction about 29
X~ray lines: 3.42, 3,36, 3,325, :

Sodium beryllium fluworide, Na¥-.-BeF,

Biaxial | 2V = large
n = 1.312

Low birefringence

Length slow

colorless
~16-

Sodium beryllium fiuoride, 2 NaF - BeF,

Low temperature
Biaxial

n = 1.303

Low birefringence
Yilc

Colorless
Sometimes twinned.

Sodium beryllium fluoride, Z2 Na¥F.BeF,

High temperature form.
Cubic

n = 1.333

Colorless.

Sodium cerium fluoride, NaF-CeF,

Uniaxial +
w= 1,493 e = 1.514
X-ray lines: 3.09, 2.57, 1.777.

Sodium chromium fluoride, 3 NaF.CrF,
Cubic
n = 1.411
Green

Sodium fluoride acid, NaF-.HF
Uniaxial +

w=1.261 &
Colorless

fl

1.328

Sodium lanthanum fluoride, NaF-LaF,

Uniaxial +
W= 1,486 €
X-ray lines: 3.11, 3.09, 2.194,.

1.500

Sodium thorium fluoride, 2 NaF-ThF,

Uniaxial +
o= 1.464
Colorless
X-ray lines: 5.17, 2.99, 1.742

m
i

- 1.496
Sodium

Sodium

Sodium

sSodium

Sodium

Sedium

- Sodium

17-

uranium chloride, 2 NaCl-.UCl,

Uniaxial -
Ww= 1.664
Pale green

1.652

™
i

uranium fluoride, Na¥.UF,

Uniaxial +

W= 1.552 €
Dark biue : '
X~ray lines: 3.09, 2.179, 1.779.

H

1.564

uranium fluoride, 2 Na¥.UF,

Uniaxial -~

= 1.495 € = 1.490
Green

Z~ray lines: 7.25, 4.28, 2.99.

uranium fluoride, B2, 2NaF-UF,

Uniaxial +
o 1.484
X greenish-tan

1.522
gray-tan

Bl
™M
i

uranium fluoride, 3Na¥-UF,

Uniaxial -
Greenish blue ‘
X~ray lipes: 5.15, 2.97, 2.102.

1.411

i

uranium fluoride, 5NaF-3UF,

Cubic

n = 1.475

Green

X~ray lines: 3.19, 1.964, 1.684.

uranium fluoride, NaF-2UF,

609

I

Biaxial - 2V
Orthorhombic

a = 1.516 - Y
Yellowish green

X-ray lines: 5.61, 3.26, 3.08.

1.584

i
Scedium

Sodium

Sodium

Sodium

Sodium

Sodium

-18-

uranium fluoride, 7 NaF-6 UF,

Uniaxial -

tw= 1.520 e
Green

X-ray lines: 4,32, 3.33, 3.25.

1.512

zinc fluoride, 2 NaF-.ZnF,

Uniaxial ~
Tetragonal
w= 1,418 € = 1.410
Colorless

zirconium fluoride, 3 NaF-4 ZrF,

I

Biaxial + 2V = 30°

a = 1.420 v o= 1.432
Colorless

X-ray lines: 4.15, 3.36, 2.074.

zirconium fluoride, NaF-ZrF,

Metastable phase

Uniaxial +

= 1.417 &
Colorless

X-ray lines: 3.37, 3.86, 2.09.

1.446

i

zirconium fluoride, 7 NaF-6 Zr¥,

Uniaxial ~

W = 1,508 e
Indices depend on composition
Colorless

Some solid solution in this area
X-ray lines: 3.13, 1.92, 1.91.

1.500

I

zirconium fluoride, 2 NaF-ZrF,

”Bl T form

Uniaxial +

W= 1.406 € = 1.408
Colorless

Partially miscible with 3 NaF-:Zr¥F,
X-ray lines: 5.15, 3.09, 1.890.
Sodium

Sodium

Sodium

Sodium

Sodium

=19~

zirconium fluoride, Z Na¥F-Zr¥F,
Biaxial - 2V =
a = 1.412 | Y =
Colorless

!1'82 11 fOrm .
X-ray lines: 5.47, 3,11, 1.912.

zirconium fluoride, 2 Na¥-ZrF,

"B, form, stable 500-530° approx.

Uniaxial +

w= 1.376 & =
Ccloriess

X~-ray lines: 4.55, 2.893, 1.894.

zirconium fluoride, 2 Na¥- Zr¥F,
”‘34 1A fOrm
Biaxial + - 2V =
o = 1.408 Y o=
Colorless

X-yray lines: 5.12,; 3.83, 3.25.

zirconium fluoride, 2 Wa¥-ZrFy
"y form
Biaxial - 2V >
a = 1.420 Y =
Colorless

Polysynthetic twinning common
X-ray lines: 4.98, 4,19, 3.07.

zirconium fluoride, 3 NaF-ZrF,

Uniaxial ~

= 1.386 €
Colorless

X-ray lines: 4.75, 3.06, 1.87.

Thorium fluoride, ThF,

Biaxial - 2V
¢ = 1.500 Y
Colorless

o

759
1.419

1.386‘

750
1.412

700
1.4299

1.381

60°
1.534
00 -

Uranium chloride, UCL,

Uniaxial probably -
High n 2.04
Dark brownish red

Uranium chloride, UCl,
Uniaxial -

= 2.03
X = light brownish green

i

Yttrium fluoride, YF;
Biaxial

o = 1.536
Colorless

Zinc fluoride, ZnF,
Uniaxial +
w= 1.501
Colorless

Zinc zirconium fluoride, ZnF, -Zr¥F,

Cubic

n 1.434

Colorless.

Zirconium chloride, ZrCl,
Probably monoclinic

Biaxial

ZAC =
Colorless
Zirconium uranium fluoride,
Biaxial
n

Red
X-ray lines;:

4,11, 3.72, 2

Low n 1.94

= 1.95
greenish brown

i

2V ~» 90°©
Y 1.568

&€= 1.526

Large
1.83

3 ZI'F;L 'UF3

2V Large

1.560 approximate average

.06
C ~21-

~PART 11

X-RAY DIFFRACTION DATA
-2

A. ZX-ray diffraction patterns for the compofinds iisted
below are included in this section: :

BeF,

2CsF '-BE‘FZ
CsF "B@FZ
3CsF ‘L&FB
ZCSF‘UF4
CsF-UF,
2CsF "ZrF4
CsF 'ZI'F4
CrF,

CrF, :
CrF, -ZrFy
Fer ‘ZI'_F4
3LiF‘CI"_F3
3LiF-NiF,
4LiF - UF,
7LAF - 6UF,
LiF -4UF,
3LAiF-ZrF,
2LiF-ZrF,
3LiF-47rF,
NiFZ ‘ZTF4
3K¥F -BeF,

KF "BGFZ

KF - 2BeF,
3KF -CrF;

K¥ 'L&Fg :

KF -NaF "Ber
KF - 2NaF - UF,
3KF “BNH.F-*ZZTF‘&

3KF-2NaF - 5ZrF,
K¥-NaF-Z2r¥,
2KF-NiF,

KF ‘TEF4 :
7KF - 6UF,

3KF - ZZI'F@
a—K¥ - ZrF,

B"'KF 'ZI'F4
3RbF-BeF,

2RbDF -BeF,

RbF -BeF,
RbF’ZBeFa

3RbF 'CI‘F:),

RbF ‘L&F:;,_
RbF.2NaF -BeF,
RDF -NaF + UF,
3RbF-3Na¥-2Zr¥F,
3RDbF - UF,

ZRDF -UF,
7RDF - 6UF,
RbF - UF,
2RbF - 3UF,
RbF - 3UF,
RbF - 6UF,

3RbF - Z]TF4

2RbF -ZrF,

5RDF -4ZrF,
aRDF - ZrF,
BRbBY - ZrF,

3RDF - 3NaF -4ZrF,

RbF-NaF-2%rF,
RbF-NaF-Zr¥,
NaF-CeF,
NaF-CrF,

3NaF ’Hf?@

NaF * HfF,@
NaF-FeF,

NaF -LaF;
Na¥F-2LiF-CrF,
NaF.NiF,
2Na¥F - Th¥,
NaF-UF,
a-3NaF - UF4

B-—- 3NaF- UF4

B-- 2 ZNaF . UF4
B-3 2NaF-UF,
Y 2NaF-UF,
5Na¥- 3UF4
‘Nay- 6UF4
Na¥ » 2UF,
3NafF- Z}?F‘t

B-1 2NaF-ZrF,
B-2 ZNaF-ZrF,
B-3 2ZNaF-ZrF,
B~4 2NaF-ZrF,
Y 2NaF-Zr¥,
7NaF - 6ZTF4
3NaF-4ZrF,
UF3 “ 321('1'14
Z:flFZ ‘Z‘I'F_4
Beryllium Fiuoride, Ber(l) Cesium Beryllium Fiuoride, 2CsF.BeF,
a (&) /1 Lkl da ) 1/1,
4.09 70 100 5.34 10
3.21 100 101 4.46 25
2.367 100 110 4.02 15
2.189 100 102 3.80 15
2.154 100 111 3.62 60
1.905 70 201 3.40 30
1.748 50 112 3.28 10
1.606 35 202 3.23 100
1.591 20 103 3.08 80
1.550 30 210 2.871 10
1.484 30 211 2.685 10
1.320 30 203 2.636 35
1.233 15 104 2.543 20
1.208 15 302 2.398 20
2.355 15
2.242 20
2.164 15
2.106 20
2.079 15
2.025 15
2.000 10
1.959 10
1.901 30
1.822 10
1.805 5
1.770 10
1.724 15
1.673 10
1.620 5
1.584 5
1.541 10
o5

Cesium Beryllium Fluoride, Cesium Uranium Fluoride

 

 

 

 

CsF -Be¥F, 2CsF-UF,
o - 0
d(A) I1/14 | ~d(A) 1/1
5.99 10 | 6.92 i5
5.43 50 - 6.19 50
4.25 5 | 4.90 15
3.98 10 , 4.04 10
3.85 35 3.98 i0
3.60 30 3.93 35
3.55 35 - 3.80 25
3.47 85 3.65 35
3.31 10 3.59 45
3.20 100 3,55 100
3.00 40 i 3.44 100
2.822 10 3.31 ‘ 15
2.667 5 3.29 - 15
2.622 19 3.09 | 15
2.413 10 3.00 ip
2.367 25 2.93 5
2.184 10 2.89 10
2.130 20 Z.814 20
2.115 10 2.731 i5
1.975 10 2.652 - 10
1.928 5 2.475 | 20
1.812 15 2.453 20
1.779 10 2.286 15
1.599 10 2.226 10
- - 2.101 | 20
' 2.060 40
Cesium Lanthanum Fluoride, 2.034 | 55
- 3CsF-La¥F, 1.955 | 10
o 1.815 5
d (A) /1 | 1.776 - 20
| ; ' 1.770 20
3.49 100 - '1.708 10
2.478 35 ' 1.640 | 5
2.021 60 '1.601 10
1.751 20

1.569 12
- 26~

 

Cesium Uranium Fluoride, Cesium Zirconium Fluoride,
CsF.-UF, 2CsF-ZrF,
d(8) 1/1, a®) 1/1,
8.04 45 4,11 35
7.31 70 3.88 5
5.80 20 3.73 100
5.30 10 3.54 10
5.13 5 3.34 5
4.48 10 3.20 40
4.35 5 2.96 10
4.15 20 2.771 10
4.00 890 2.687 10
3.78 15 2.529 5
3.62 100 2.501 10
3.55 70 2.430 49
3.25 20 2.286 20
3.17 10 2.140 5
2.875 40 2.056 5
2.822 10 1.932 20
2.739 5 1.857 20
2.660 20 1.779 5
2.615 5 1.773 5
2.410 35 1.667 10
2.292 10 1.609 10
2.244 10 1.601 10
2.189 10 1.480 10
2.111 5
2.069 35
2.025 25
2.000 30
1.916 10
1.890 5
1.805 60
1.757 5
1,679 5
1.654 10
1.609 10
1.538 5
1.532 5
1.520 5
1.485 5
27~

- | Cesium Zirconium Fluoride Chromium(II) Fluoride

 

 

 

Cs¥F- Z,rF4 . : CPFZ
a(8) 1/1, da) 1/1,
6.76 35 3.690 20
6.30 15 3.56 5
5.87 10 3,35 50
5.45 10 3.28 25
5.07 15 3.10 10
4,80 10 2.97 100
4.37 20 - 2.805 30
4,33 20 2.660 5
4.00 15 2.508 15
3.91 25 2.398 10
3.85 15 2.355 10
3.73 100 2.322 5
3.62 85 2.074 10
3.42 50 1.884 15
3.26 85 1.843 10
3.12 40 1.763 i5
2.593 15 1.743 10
2.333 10 1.665 10
2.264 i5 1.594 10
2.222 25
2.164 10
2.079 15 Chromium (III) Fluoride
1.932 15 Cr¥,
1.879 i5 .
1.658 10 d(A) 1/1;
1.543 15 | T
- 4.00 30
" 3.62 100
2.91 5
2.885 5
2.622 25
2.501 10
2.410 10
2.169 25
2.004 5
1.829 10
1.809 20
1.649 30
) 1.622 5
1.586 10
1.543 i0
 

 

Chromium Zirconium Fluoride, Lithium Chromium Fluoride,
CrF, *ZrF, 3LiF-Cry,
o o
d(A) /1 aa) /1
4.72 10 4,29 4%
4.55 30 4,16 100
4 .41 10 3.45 35
4.09 100 2.67 30
4.00 45 2.212 25
3.88 5 2.176 &0
2.866 25 2.140 25
2.275 15 2.092 20
2.065 65 2.008 10
1.999 25 1.736 10
1.829 25 1.730 25
1.799 15 1.712 35
1.667 10
Iron Zirconium Fluoride Lithium Nickel Fluoride
FGFZ “ZFF% 3IJ1F°N.1F,‘?L

a () v d (&) L
4,95 10 4.81 95
4.65 49 3.06 8
4.48 45 2.508 5
4,35 8 2.074 100
4.04 100 2.016 95
3.16 i5 1.599 45
2.857 45 1.470 45
2.436 8 1.426 10
2.237 15 1.405 10
2.016 50

1.997 25

1.805 65

1.649 25

1.489 15

1.426 10

1.412 15
_29-

 

Lithium Uranium Fluoride Lithium Uranium Fluoride
4LiF-UF, | 3LiF-UF, (2
a(d) 1 ady /L
5,67 20 | 4.98 | 20
5.46 25 | 4.80 15
5.13 70 4.41 100
4,93 100 - 4,34 100
4.55 45 - 3.98 | i5
4.44 100 - 3.91 8
4.23 7 3,60 80
3.82 40 3,40 10
3.55 30 3.14 25
3.03 50 3.07 50
2.89 25 2. 84 | 80
2.866 30 2.771 | 30
2.747 50 - 2.529 35
2.468 40 2.169 15
2.398 20 2.083 75
2.221 40 2.055 35
2.167 75 i.943 - 50
2.074 20 1.913 25
2.025 20 - 1.861 30
1.872 | 20 | 1.751 25
1.836 25 1.723 25
1.685 25
1.662 ‘ 8
1.646 20

1.599 8
.30~

 

 

Lithium Uranium Fluoride Lithium Uranium Fluoride
TLiF-6UF, LiF-4UF,
0

d(A) /1 d (&) /1
6.61 6 7.02 8
5.97 20 6.33 i2
5.82 15 6.07 5
5.24 90 5.73 25
5.15 10 4.98 8
4,65 10 4.70 25
4 .37 13 4,25 0
3.95 55 3.88 20
3.85 13 3.78 100
3.68 20 3.52 a0
3.49 75 3.16 8
3.33 90 3.13 8
3.15 70 3.06 12
3.07 10 2 .84 40
2 .99 g5 2.771 55
2.771 30 2.542 3
2.707 30 2.350 10
2.542 25 2,310 10
2.350 13 2.226 &
2.286 25 2.000 10
2.264 13 2.088 35
2.184 10 2.016 60
2.097 30 1.991 50
2.060 30 1.888 20
2.047 75 1.819 8
1.993 25 1.767 25
1.972 20

1.947 25

1.924 15

1.909 30

1.854 45

1.825 20

1.773 20

1.757 25

1.709 15

1.680 i5

1.625 15

1.579 25

1.562 8
=31~

 

 

Lithium Zirconium Fluoride Lithiuwm Zirconium Fluoride
(low temperature form) 2LAiF-ZxF,
3L1F’ZT’F¢ O
o d (h) v

d(A) 1/1,

T 5.14 i0
5.49 55 4.75 i0
5.40 35 4,62 25
4 .88 50 4.29 100
3.67 25 3.15 100
3.43 5 2.75 10
2.91 15 2 .49 15
2.79 g 2 .42 10
2.67 15 2 .38 10
2 .40 5 2.26 7
2.07 100 2.19 60
1.94 20 2.15 20
1.82 25 2.05 20
1.80 12 i.95 25
1.78 iz 1.70 36
1.65 5 1.63 45
1.59 b 1.58 1¢
1.57 5 1.54 10

Lithium Zirconium Fluoride
(high temperature form)

 

3LAiF-ZrF,
Q

d (A) 1/1
7.2 15
6.42 15
5. 68 15
4,58 100
3.75 15
3.68 12
3.43 15
3.24 30
3.15 60
2 .84 40
2.63 20
2.535 10
2.361 15
2.20 10
2.047 65

1.847 20
-32-

 

Lithium Zirconium Fluoride Potassium Beryllium Fluoride
3LiF-4ZrF, 3KY *BeF,
o 0

a®) /1, a () /1
6.11 25 3.42 5
5.24 35 3.30 7
4 .90 15 3.07 25
4.21 30 2.98 75
4.00 10 2.81 i0
3.90 35 2 .64 30
3.77 20 2.54 35
3.69 5 2.51 15
3.33 60 2.39 100
3.29 20 2.27 70
3.26 20 Z2.04 5
3.16 100 1.96 5
2.615 15 1.85 12
2.303 10 L.78 12
2.248 10 1.73 10
2.227 5 1.72 10
2.194 85 1.69 7
2.159 i5 1.60 5
2.043 12 1.56 5
2.130 35 1.54 5
1.947 35

1.912 20

1.883 10

1.721 i0

Nickel Zirconium Fluoride
NlFZ * ZI"F4:

a®) 1/1,

4.88 i5

4.50 5

3.91 100

2.805 50

2.763 10

2.367 15

2.174 5

1.964 50

1.767 55

L.745 15

1.622 10

1.596 10
Potassium Beryllium Filuoride

o

 

Potassium Berylliium Fluoride

Pt bt bt BN DN DY DS DD DY DN DYDY I 0 W WU O

- 92

. 734
636
.542
442
410
.292
220
.190
.010
.979
. 745
. 641

 

Pt b pes IR D IV N IV DN VB DO DY 0 e e U

K¥ . Ber

KF - 2BeF,

I/Il

15
60
5
10
:90
35
100
5
15
20
5

5

5
15
7

5
35
25
7
10

1/1,

10
15
60
100
5
5
5
ib5
5
15
i5
15

S Ut an

. -33-

Potassium Chromium(III} Fluoride

2
P
!

Peoi ft DGO DN W W W W
N ;
-
o

3KF" CI&FQ
/1

35
i5
35
100
25
20
55
i5
i5

Potassium Lanthanum Fluoride

 

KF * LaF3

1/1,

 

100
70
35
40
60
65

100
40
25
20
iz
30
65
20

5
20
-3h-

 

 

 

Potassium Nickel Fluoride(é) Potassium Sodium Uranium Fluoride
ZKF-NiF, KF-2Na¥-UF,
0
a@®) UL a() 1/1,
6.51 100 8.64 25
5.85 45 7 .80 80
3.83 10 6.00 15
2 .94 55 5.42 65
2.830 35 4,93 30
2.344 5 4 .44 90
2.212 10 3.51 40
2.173 100 3.46 25
2.135 15 3.16 100
1.999 55 3.13 i00
1.909 15 2.90 35
1.805 10 2.830". 5
1.730 30 2.710 20
1.654 10 2.593 10
1.633 35 2.557 20
1.594 10 2.462 20
1.474 20 2.443 5
2.344 20
Potassium Sodium Beryllium Fluoride 2.321 5
KF-NaF-BeF, 2.222 80
Z.189 5
d{A) I/1 2.156 B
2.074 5
7.08 5 2.047 i0
3.85 25 1.995 25
3.17 15 1.977 25
3.08 30 1.947 20
2.866 60 1.872 20
2.786 100 1.833 20
2.675 10 1.809 65
2.626 60 1.776 5
2.593 10 1.754 15
2.528 15 1.727 5
2.410 10 1.654 25
2.367 100 1.606 15
2.287 70 1.579 10
2.212 15 1.560 i5
2.189 10
2.159 10
2.125 5
1.995 60
1.967 10
1.819 5
1.806 5
1.777 25
1.691 10
1.620 10
1

.605 15
=35

 

Potassium Sodium Zirconium Potassium Sodium Zirconium
Fluoride, 3KF-3NaF-2%7rF, Fluoride, 3KF-2Na¥F-5ZrF,
G

d(A) I/1, d (&) 1/1,
6.11 15 8.51 100
4.90 100 7.70 100
4,82 25 6.20 3
4.55 L5 5.57 5
4.27 55 5.15 8
4,09 75 5.01 20
3.78 12 4,77 8
3.40 20 4.65 35
3.28 20 4.29 40
2.99 20 3.86 100
2.97 90 3.75 i5
2.72 = i2 3.50 i5
2.682 i2 3.40 50
2.585 5 3.23 5
2 .455 25 3,17 60
2.417 20 3.09 35
2.368 12 2 .87 5
2.270 25 2.80 i0
2.226 50 2.58 5
2.135 40 2 .47 5
2.051 - 50 2.39 8
1.931 15 2.33 8
1.822 40 2.19 5
1.748 20 2.16 8
1.721 25 2,14 50

2.09 3

2.06 8

1.95 30

1.94 90

1.91 10

1.89 i0

1.88 15

1,84 7

1.81 7

1.76 8

1.70 13
Potassium Sodium Zirconium Potassium Tellurium Filuorides
Fluoride, KF-NaF-ZrF, KF¥-:TeF, -H; O
O

a@) I a) 1/1y
5.99 10 5.64 100
5.37 50 4.61 60
4.8 15 4,27 100
4,85 60 3.95 10
4 .50 50 3.575 75
4 .41 5 3.170 15
4.25 30 2.910 25
4.09 65 2.805 50
3.69 30 2.303 25
3.60 L2 2.134 10
3.52 5 2.034 10
3.34 109 1.963 45
3.26 45 L.872 20
3.18 40 1.812 10
3.12 12 1.779 10
3.07 12 1.742 15
3.01 40 1.641 5
2. 747 5 1.606 10
2.690 25
2.5h56 20
2.489 25
2.405 20
2.258 20
2.154 16
2,215 20
2.050 35
1L.947 20
1.928 12
1.885% i2
1.79¢2 15
1.743 20
1,745 15
1.094 5
1

5
651 25
o ...37_

 

 

 

 

Potassium Uranium Fluoride (4b) d(g) 1/1;
7KF'6UF4
o i.715 . 30
d(A) 1/1, 1.654 10
' 1.606 10
8.11 50 1.589 i
7.50 20 1.582 10
5.54 15 1.553 10
4.93 10
4.82 60 '
4.46 50 Potassium Zirconium Fiuoride
4.35 30 3KF - 2ZrF,
4.17 10 o
4.06 i5 d(A) 1/1;
3.78 55 | T
3.58 20 7.37 10
3.44 100 6.56 20
3.29 i5 5.95 75
3.12 10 5.54 70
2 .97 65 5.09 i5
2.885 i5 4.95 25
2.858 2.0 4.90 2.0
2.710 15 4.39 40
2.550 id 3.97 i00
2,515 10 3.83 10
2.409 i0 3.71 20
2.368 10 3.66 2.0
2.333 20 3.56 i5
2.321 25 3.45 15
2.298 25 3.33 100
2.243 i5b 3.31 85
2.200 30 3.11 75
2.140 i5 2.571 i0
2.111 70 2.550 i5
2.096 80 2.270 i5
2.047 10 2.214 25
2.030 10 2.200 65
1.995 25 - 2.111 10
1.987 40 1.979 ‘ 100
1.983 40 1.883 i0
i.959 10 1.842 25
1.913 10 1.739 10
1.896 10 1.705 20
1.861 10 1.673 20
1.840 10
1.802 45
1.793 70
1.789 70
1.757 10
L.730 10
- -38-

 

 

Potassium Zirconium Fluoride Potassium Zirconium Fluoride
o-KF-ZrF, B-KF-ZrF,
O

a®) /1, da) 1/1,
5,83 60 8.26 7
4,89 35 6.97 50
4,40 80 6.32 100
4,29 20 5.50 15
4,07 5 5.31 30
3.86 100 3.93 15
3.08 20 3.49 40
2.90 10 3.36 35
2.52 5 3.29 60
2.475 15 3.15 100
2.232 5 2.763 7
2.200 20 2.731 10
2.140 15 2.392 15
2.088 10 2.332 15
2.043 5 2.179 12
2.016 10 2.120 12
1.912 5 2.106 40
1.850 10 2.065 15
1.779 5 1.967 10

1.916 60

1.865 15

1.843 35

1.748 15

1.665 5

1.579 70
Rubidium Berylliium Fluoride

3RbF:BeF,

1/1;

10
10
35
10
10
60
10
5
5
55
5
25
15
5
10
15
15
40
35
5
1oo
100
10

=39~

Rubidium Beryliium Fluoride

 

H‘&-—*H}—*HI—JH)—*P&HHNNK\JPJZ‘JNNNP»JDQN'NNI\JNNWL}JWMWWW@W%W

2. RbF ‘ BQ?&

10
20
5
i5
i0
50
&5
30
i0
15
100
100
i5
10
20
5
90
&0
70
5
5
25
15

£

e b o DD L0 DD e
DWW OO MO S LR L

et DN
O DN
L0~

 

 

Rubidium Beryllium Filuoride Rubidium Beryllium Fluoride
RbF :BeF, Rb¥F-2BeF,
0 o
d(A) I/1, d(A) I/,
©6.28 5 6.16 70
5.24 20 3.39 40
4.70 5 3.31 20
4.49 5 3.10 100
4,24 20 2.715 5
4,17 10 2.475 35
3.85 20 2.410 15
3.74 45 2.327 10
3.62 10 2.201 5
3.58 5 2.149 20
3.46 100 1.876 5
3.38 100 1.852 10
3.26 10 1.819 15
3.18 10 1.552 15
3.12 100
3.03 10
2.96 15 Rubidium Chromium Fluoride
2,87 20 3RbF CrF;
2.739 25 o
2.564 5 d(A) 1/1,
2.521 10 T
2.496 10 3.47 12
2.482 5 3.16 100
2.430 10 3.13 55
2.394 10 3.11 55
2.367 5 2.98 12
2.332 15 2.57 15
2.300 35 2.468 12
2.275 45 2.350 5
2,104 15 2,315 10
2.076 100 2.264 20
2.052 35 2.208 40
1.947 10 2.149 10
1.920 10 2.088 10
1,883 10 1.829 10
1.861 10 1.813 10
1.825 15 1,805 25
1.802 10 1.625 10
1.735 15 1.582 25
1.723 15 1.582 25
1.699 30
1.680 10
1.630 10
1.614 10
1.578 10
1.557 35

1.552 25
I

 

Rubidium Lanthanum Fluoride Rubidium Sodium Uranium ¥Filuoride
RbF-LaF, Rb¥.Na¥F-UF,
G ' O
d(a)y 1/1 d () I
8.11 25 8.12 100
5.07 i5 7.20 10
4 .04 8 6,48 30
3.43 100 5.47 60
Z2.48 25 5.02 10
2.25 40 4,55 b5
1.97 15 3,77 4%
1.93 15 3.26 8¢
1.990 40 3.15 &0
1.87 12 2.94 10
i.71 15 2.862 5
1.68 15 2.723 10
1.4¢6 8 2.588 15
2.508 20
2.430 15
Rubidium Sodium Beryllium 2,264 60
Fluoride, RbF-2NaF-BeF, 2.211 5
o 2.106 10
d(A) 1/1, 2.0581 i0
T Z2.034 ;75
4,60 25 1.995 10
4,15 85 1.920 10
3.75 40 1.905 30
Z.99 100 1.838 40
2.875 100 1.815 i5
2.767 70 1.799 i0
2.618 20 1.773 7
2,494 100 1.701 25
2,362 60 i.625 25
2 .295 30 1.574 5
2.232 10 1.555 10
2.189 10
2.074 85
1.987 i5
1.939 5
1,883 30
1.872 10
1.825 25
1.751 20
1.682 30
1.657 25
1.586 15
1.569 10

1.465 30
e

 

Rubidium Sodium Zirconium Rubidium Uranium Fluoride
Fluoride, 3RbF-3NaF:2%rF, (2) 3RbF - UF,
d (&) /1, d () /1,
4,32 55 8.43 7
4,15 30 6.03 10
3.57 20 5.56 35
3.33 20 5.13 5
3.22 55 4,83 10
3.09 15 3.80 10
3.00 100 3,72 10
2.747 10 3.58 10
2,481 10 3,48 15
2,450 10 3.40 100
2.281 30 3.24 20
2.164 25 3.01 7
2,125 9 2.89 15
2.079 30 2.593 7
1.920 15 2.521 10
1.868 30 2.482 7
1.767 15 2.398 30
1.742 25 2.275 5
1.500 25 2.194 10
2.140 7
2.101 15
1.959 60
1.912 5
1.897 5
1.844 10
1.694 15
1.623 7
 

 

Rubidium Uranium Fluoride Rubidium Uranium Fiuoride
(low temperature form) RbF - UF,
ZBbF- UF,g '
o 0
d(a) /1, d(a) /1
6.03 100 8.26 5
4.75 15 7.56 10
3.49 100 6.86 100
3.23 25 4 .44 15
3.17 10 4.02 15
3.02 20 3.96 10
2.814 10 3.85 : 5
2.367 20 3.79 5
2.281 190 3.56 10
2.184 45 3.46 50
2.008 65 3.43 100
1.963 10 3,25 5
1.947 35 3.04 12
1.909 5 2.630 5
1.740 15 2.607 10
1.699 15 2.527 10
1.673 15 2.315 5
1.635 25 2.286 20
1.584 5 2.201 10
L.538 5 2.164 7
1.511 5 2.130 7
1.476 i0 2,008 5
1.987 30
Rubidium Uranium Fluoride 1.916 5
7RbF - 6UF, 1.901 10
o 1.865 5
d(A) 1/1; 1.850 5
1.829 5
8.35 i5 1.733 5
4 .98 i5 1.714 Z5h
4,57 15 1.579 5
4,46 7 1.518 5
4.17 5
3.85 10
3.68 5
3.58 20
3.51 100
3.05 45
2.259 7
2.169 25
2.140 50
2.030 7
1.890 15
1.854 15
1.835 45
1.786 7
1,751 20

1.522 15
Rubidium Uranium Fluoride

2RbF . 3UF,

d (A)
6.39
5.80
5.04
4,18
3.86
3.50
3,22
3,07
2,780
2.614
2.417
2.361
2.259
2.184
2.038
1,943
1.935
1.843
1.805
1.773

Rubidium Uranium Fluoride

RbF - 3UF,

W o D R R i R R R T 0T UL T OO ] e -l
o,
%2

/1

12
45
7
7
40
100
15
5
10
15
10
10
25
30
60
10
5
10
10
7

1/1,

60
i0
15
10

5

5
10
20
10
10
30
15

5
25
15

5
10
20
25
40
55

gk

d(A)

ol et pd d ped el ) ed e et el ped ped i ped DN DN DN NIV NN NN NININDN NNV WWWW W W W W

.59
.52
43
.36
.34
24
.10
00
.96
.90
. 848
. 736
. 706
667
.629
.571
501
.469
.433
.404
. 341
. 3156
. 247
L2 37
,216
2159

111
.088
.070
.043
.034
-025
.002
951
.903
. 883
. 870
. 847
.831
.809
.789
757
. 720

659

614
.5h94
,589
577
564
.550

LYA5Y

15
100
10
80
35
60
35

40
10
10
20
10
20
15
10
i0

15
15

15
15
40
20

20
10
15
20
80
100
60
10
10
40
L5
30
10
10
25
35
25
10
20
15

10
20
 

Rubidium Uranium Fluoride Rubidium Zirconium Fluoride
RbF - 6 UF, | 3RbF - ZrF, |
0 | O
d (A) 1/1, simple cubic ag = 3.288 A
O

7.14 15 d (A} /1,
6.53 20 T T
4,82 10 3.290 100
4.56 25 2,326 60
4,35 30 1.900 100
4,13 75 1,646 40
3.93 20
5.85 25
3.68 10 Rubidium Zirconium Fluoride
3.55 50 2RbF-Zr¥,
3.47 100 {(iow temperature form)
3.30 10
3.22 10 5.350 10
3.11 i0 4,835 8
3.05 5 3.590 100
2,98 60 3.080 34
2 .90 25 2.414 5
L. 747 i0 2.338 403
2,686 20 Z2.199 20
Z2.410 i5 1.861 1&
2.367 5 1.789 15
2.270 i5 1.569 12
2,172 20 1,422 8
Z2.049 75
2,030 10
2.006 26
1.957 45
1,853 40
1.763 20
1.724 5
1.688 15
1.641 19
1.630 10
1.620 5

1.606 5
1Y

Rubidium Zirconium Fluoride Rubidium Zirconium Fluoiride

 

5RbF°4Z3°F4 QflRbF”ZPF%
O 0

d(4) 1/1 daa) 174,
5.87 10 7,13 40
5.61 10 5,95 20
5.04 10 4.28 10
4,77 15 4.02 10
4.50 12 3.83 80
4.29 65 3.69 25
3.98 25 3.59 5
3.82 30 3.45 100
3.78 15 3.42 100
3.72 15 3.34 100
3.63 30 3.07 15
3.59 95 3.01 10
3.52 8 2.699 10
3.44 100 2.622 10
3.42 100 2.574 20
3.36 100 2.550 7
3.29 100 2.450 10
3.05 12 2.423 25
2.60 25 2.327 14
2.508 30 2.226 10
2.386 12 2.184 10
2 .350 75 2.149 10
Z2.281 10 2.118 10
2.275 12 2.056 25
2.260 12 1.991 10
2.253 12 1.957 25
2.245 8 1.928 10
2.226 12 1.905 20
2.152 45 1.868 15
2.067 12 1.812 15
2.027 12 1.782 10
1.959 30 1.763 10
1.932 30 1.742 10
1.897 15 1.670 15
1.868 20 1.611 10
1.833 20 1.547 10
1.770 30 1.502 15
1L.763 30

1.679 12
".'_hT‘

Rubidium Zirconium Fluoride

B-RbF-ZrF, |
o

d(A) /1, d @) /1
7.37 12 2.191 30
6.66 40 2.116 49
6.32 5 2.074 10
5.53 5 2.034 5
5,17 5 1.997 30
5.01 20 1.989 50
4,67 5 1.935 50
4.54 5 1.929 506
4.46 5 . 926 55
4.35 12 1.963 30
3.99 12 1.894 5
3.88 5 1.872 12
3.77 30 1.857 i0
3,72 - 35 1,836 i0
3.69 40 1.773 5
3.61 40 1.757 5
3.42 100 1,751 5
3.36 100 1,742 5
3.325 190 1.731 15
3.090 10 1.728 i5
3.060 15 1.719 24
2,960 5 1.716 15
2.9060 5 1.709 15
2,822 B 1.699 10
2.788 40 1.694 10
2.767 45 1.679 20
2.678 5 1,662 5
2.614 5 1,654 20
2.564 5

2.514 8

2.501 8

2.482 5

2.455 5

2.433 5

2.398 5

2.380 10

2.355 10

2.344 10

2.309 5

2.292 8

2.253 5

2.240 12

2.211 15

2.206 15
_L8-

Rubidium Sodium Zircconium Rubidium Sodium Zdirconium
Fluoride, 3RDbF-3NaF-4ZrF, ¥Fluoride, RbF-NaF-24r¥F,
ad 11, ad) L
6.77 5 7.43 5
6.11 15 6.71 5
.72 15 6.54 5
5.37 30 5.91 40
4,67 9 4.55 20
4,21 35 4.41 5
4,11 10 4,13 50
3.98 15 3.90 8
3.82 20 3.71 60
3.72 30 3.52 45
3.56 5 3.40 8
3.50 10 3.35 100
3.44 100 3.29 12
3.31 8 3.23 10
3.22 30 3.13 12
3.17 65 2.826 20
3.11 100 2.481 5
3.07 5 2.4730 5
3.01 20 2.392 5
2.95 5 2.380 5
2.571 10 2.344 5
2.482 8 2.286 5
2,356 8 2.237 5
2.243 8 2.194 10
2.164 10 2.15% 20
2,111 15 2.142 10
2.088 15 2.083 5
2.060 35 2.060 10
2.025 30 1.983 3
2.004 8 1.963 12
1.976 8 1.943 15
1.947 30 1.935 25
1.909 20 1.920 5
1.861 85 1.854 8
1.812 5 1.836 8
1.727 10 1.757 40
1.638 10 1.754 45
1,591 10 1.694 8
1,676 40
1.670 30
Rubidium Sodium Flucride

RbF:NaF- ZrF,

' RbF"UF3

10
5
40
45
15
5
10
65
10
20
35
10
8
i5
30
30
100
100
10
20
&

Bubidium Uranium Fluoride

/1

30
15
7
100
25
40
15
i2
40
40
15
i5
8

4.

NaF ° CGF3

a8

5.95
5,35

' 3.43

.09

.57

411
. 392
179
.097
.016
L9867
. 894
, 843
. 815
L A0q
. 612
.538
. 375

Pt et ot o o ot e bt Do B B BB D 0

 

NaF-Cr¥,

Sodium Cerium Fluoride

/1

15
60
40
G0
100
10
15
35
5
5
25
10
10
10
90
10
15
15

Sodium Chromium (II) Fluoride

i/1

-t man o e S

5
15
10
15

100
10
ip
ih
25
20
~50~

 

 

Scdium Hafnium Fluoride Scdium Hafoium Fluoride
35NaF-HfTF, NaF-HIF,
O <
d (A) /1, d{A) /1y
5.27 55 7.37 30
4,27 90 5.61 100
3.77 50 5.37 80
3.07 100 5.04 15
2.94 40 4,37 30
1.967 30 4,17 20
1.883 10 4,05 45
1.872 75 3.98 60
1L.770 15 3.87 100
1.603 50 3.69 10
1.586 5 3.45 15
3.35 20
3.31 15
3.26 15
3.13 85
3.03 20
2 .85 20
2.82 20
2.75 15
2.71 40
2.62 10
2.51 35
2.49 15
2.28 40
2.21 40
2.03 10
2.02 10
1.99 15
1.95 15
1.91 60
1.86 35
1.84 10
1.81 10
1.78 35
1.73 15
1.71 40
1.66 25
1.65 55
1.63 65
1.61 5
1.58 10
1.56 15
1

.55 15
“51=~

 

Sodium Iron {II) Flucoride ‘ Sodium Lithium Chromium Fluoride
NaF - FeF, | NaF-2LiF-CrF,
o |
d (&) v ady vy

4.35 25 4 .36 100

3.92 . 90 4,17 20

3.08 15 3,17 10

2.83 30 3.08 60

2.78 50 2.76 is

2.731 12 2.68 15

2.462 15 2.629 15

2.174 45 2.5815 20

1.964 100 2.416 20

1,783 35 2.327 ig

1.757 20 2.247 30

1.739 12 2.216 i0

2.176 20

2,087 19

2.012 5

1,995 30

(4a) 1.947 40

Sodium Lanthanum Fluoride ™% 1.708 20

NaF-LaF, '
o

d{A) I/1y
5,37 65
3.11 100
2.09 100
2,69 15
2.405 20
2.194 90
2.021 15
1.913 15
1.783 80
1.627 15
1.545 i2
1.48s% 10
1,383 20
sae

 

 

Sodium Nickel Fluoride Sodium Thorium Fluoride(4a)
NaF-NiF, 2NaF-ThF,
d (&) /L a (&) /1
4.25 10 6.22 10
3.85 100 5.72 45
3.45 8 5.38 10
3.33 5 5.17 100
3.05 5 4,53 10
3.01 10 4.11 20
2.764 35 3.83 5
2.723 50 3.69 5
2.682 20 3.65 5
2.398 10 3.40 10
2.327 10 3.31 15
2.309 25 3.07 35
2.130 15 2.99 70
2.070 10 2.863 20
2.034 25 2.590 55
1.924 100 2.442 5
1.796 5 2.374 10
1.757 20 2.352 20
1.742 35 2.197 40
1.720 30 2.0h6 5
1.697 10 1,987 5
1.586 20 1.955 15
1.579 20 1.928 15
1.557 40 1.909 10
1.793 10
1.742 55
1.724 20
1.705 5
1.609 5
1,572 5
(3).

 

 

 

Sodium Uranium (I11) Fluoride Sodium Uranium Fluoride
NaF-UF, Z B-3Na¥ - UF,
o | | |
d(a) 1/1, a (&) /1
5.34 30 6.28 ' 45
3.09 | 100 5.15 100
2.392 15 3,98 6D
2.179 55 3.65 10
2.016 50 _ 3.29 ' 10
1.898 10 _ 2,97 100
1.779 75 2.578 25
1.614 10 - 2.206 10
1.541 10 | 2,164 30
Sodium Uranium Fluoride 1.991 20
& 3NaF-UF; 1,943 13
o 1.897 - 5
d{A) 1/1, 1.857 | 15
' _ ' 1.819 : 16
5,47 35 | 1.751 10
4.87 160 1.718 _ 85
3.85 50 1.552 2%
3,15 75 1.506 10
3.03 30 1.485%5 ' i5
2,721 30 : |
2.435 30 - '
2.378 25 Sodium Uranium Fluoride(zgs’éa)
2.224 30 | B-2-2NaF - UF,
2.022 15 | o
1.926 45 d{A) 1/1,
1,815 25 ‘ B I
1.791 30 5,12 100
1,722 35 3,72 10
1.642 30 3.02 85
1.574 15 2.97 40
1.511 15 . 2.578 | 35
1.496 15 | 2.327 55
1.457 15 2,121 ; 90
1,947 35
1.869 i5
1.754 i5
1.730 ' 100
1.583 15

1.562 | 25
-5k

Sodium Uranium Fluoride(3) Sodium Uranium Fluoride(2’3)
B-3 2NaF-.UF, Y 2NaF-UF,

d () /1 hk1 d(a) 1/1,

7.25 100 001 5.79 50

5,31 20 100 4.92 100

4,28 75 101 3,78 40

3.06 35 110 3.24 50

2,99 60 102 3.17 70

2.817 10 111 2.91 20

2,644 5 200 2,831 40

2,488 15 201 2..767 30

2.410 20 003 2.501 20

2.338 5 112 2.235 50

2.194 10 103 2.173 50

2.135 35 202 2,151 50

1.999 5 210 2,003 50

1.928 15 211 1.967 100

1.890 15 113 1.947 20

1.809 20 004 1.896 20

1.783 5 203 1.860 30

1.760 15 300 1.826 20

1.748 25 212 1.696 10

1.712 15 104 1.669 80

1.555 10 114

1.538 5 213

1.527 5 220

1.491 5 221, 204

1.436 5 311

1.422 5 303

1.394 15 105

1.358 5 312

1.340 5 214
 

Sodium Uranium Fluoride(4c’5) Sodium Uranium ?lumrideiéd?5}
5Na¥: 3UF, : TNaF- 5UF,
O O |
d (A) I/t afay /1
3.19 160 76 40
2.777 30 34 20
1.964 65 55 50
1.684 65 32 70
1.609 15 25 55
1.396 15 87 10
1.282 -~ .68 25
1.248 - 43 10
1.144 - - 33 : 85

.25 L0
.03 ' 20
.97 20
863 | 50
. 186 50
.595 15
. 585 30
AT 10
. 342 i0
177 35
L1114 25
LT3 iD
047 - i0
.41 30
LR09 i5
731 ; 433
s 4T3 4bh
664 i0

Pl et b et P TN DN DO DWODN BN DY DO DY DN DY U0 0w W Lo L s W U -l
o

N

=0
N

&
o~
ot

D
o

.813
. 747
. 131
2.675
2,622
2.600

MV INNINNWWWWWWWWWwwwwwdh bbb b b o oo O~
oo
<

Sodium Uranium Fluoride

I/h

8
8
20
20
100
25
12
10
10
8
25
35
L0
15
15
8
50
15
15
20
20
20
45
- 70
20
8
65
8
8
10
45

o0 00 0o 00 0

NaF-2UF,

a®)

449
411
. 355
. 290
. 250
211
- 184
152
. 144
- L37
.128
- 090
065
. 034
.010
. 983
.947
. 939
.931
. 912
. 865
. 840
- 817
- 192
- 190
. 754
o 142
. 730
. 120
.643
.638
.586

bt b b el e bt e e e el et el e e e e DO DD TV IV IV B IV DY NIV Y DV N DN O

1/1,

e
0o U100 00O 00 e DS oo

N

el el e DN et BN o W0 IV b el e e
CUIOUUNOOODPRINPORNOSNRONO

15
15
20
 

 

 

Sodium Zirconium Fluoride Sodium Zirconium Flucride
3NaF-zr¥, (3} B-2 ZNaF-ZrF, {3}
d(A) 1/1, d{fi} 1/1,
5.25 35 5.72 20
4.75 75 5.47 80
3.75 20 5.38 50
3.06 100 3.78 80
2.93 10 3.31 20
2.32 10 3.11 100
1.97 - 5 2.675 20
1.88 20 2.410 20
1.87 35 2.216 20
1.77 5 2.0453 20
1.60 15 1.912 100
1.59 5 1.897 20
1.46 5 1.793 | 20
1.645 20
1.617 50
1.557 10
Sodium Zirconium Fluoride Sodium Zirconium Fluoride
B-1 2NaF.ZrF, (3} B-3 ZNaF-ZrF, (3}
a8 1/1, ai A /1,
5.45 10 5.12 100
5.15 55 4,80 10
4.73 25 4.55 100
4,06 15 4.00 5
3.83 5 3.89 1¢
3.72 40 3.60 90
3.48 15 3.24 25
3.43 5 3.12 10
3.15 5 3.04 10
3.09 . 100 2 .95 40
2.839 5 2.893 100
2.682 1¢ 2.557 10
2.593 5 Z2.550 10
2.327 10 2.475 4.0
2,237 5 2.275 30
2,206 10 Z.221 30
2.169 5 2. 085 i0c
2,088 10 1.894 100
2.038 15 1.799 30
1.995 10 1.70R 60
1.951 6 1.608 6
1.890 100 1.543 20
1.847 5
1.812 5
1.776 10
1.711 5
1.688 5
1.630 5
1.611 45
58

 

Sodium Zirconium Fluoride Sodium Zirconium Fluoride
B-4 2NaF-ZrF, 7Na¥F ¢Zr¥, (5
0 o
d(A) 1/1; d{A’ 1/1.
7.97 35 7.37% 20
5.54 15 6. 86 10
5.12 80 5.07 10
4 .88 65 4, 85 5
4.48 15 4. 37 20
4.33 20 4.06 23
4.00 70 3.98 5
3.83 70 3.69 1¢
3.25 100 3.55 5
3.12 50 3.45 40
3.04 40 3.25 5
2.89 15 3.13 100
2.959 25 2 .85 5
2.666 20 .72 15
2.564 20 2.64 5
Z2.398 15 2.37 5
2.361 15 2.32 5
2.327 15 z2.19 5
2.034 20 2.09 10
1.979 15 Z2.03 10
1.935 20 2.00 15
1.912 50 1.95 15
1.796 15 1.92 100
1.751 10 1.91 10C
1.711 20 1.R6 15
1.619 10 1.81 10
1.596 20 1.79 10
1.574 15 1.74 10
1.70 10
Sodium Zirconium Fluoride 1.68 10
Y 2NaF-ZrF, 1.63 50
o 1.61 5
d(A} 1/1, 1.58 5
T o 1.56 10
4.98 100 1.51 15
4.37 50 1.48 10
4.19 80
3.96 50
3.45 50
3.36 60
3.16 40
3.07 80
2.839 70
1.843 50
' -59..,

 

 

Sodium Zirconium Fluoride Uranium Zircopium Fluoride
NaF-ZrF, (2} UF., * 3ZrF,
a3 1/1. d(8; 1/1.
5.57 30 6.1 35
3.37 40 4 11 100
3.96 30 3.95 20
3. 86 100 3.88 R
3.01 15 3.72 75
2,86 10 3.44 35
2.75 7 3.22 2
.72 7 3.17 35
Z.51 7 .77 12
.28 25 2.69 30
2.21 20 Z2.51 45
2.09 30 .29 20
2.05 5 2,485 17
2,02 15 .12 Z
2,00 5 2 .06 85
1.99 10 2,02 10
1.86 15 2.01 10
1.84 7 1.98 2
1.70 20 1.95 10
1.65 20 1.92 35
1.62 12 1.8¢6 30
1.£1 7 1.84 35
1.56 10 1.81 20
| | 1.77 20
Sodium Zirconium Fluoride 1.73 20
3NaF:4ZrF, (5} 1.68 15
o i1.64 5
a(A) 1/1, 1.62 7
| - T 1.59 7
7.56 15 1.58 7
7.4 45 1.54 10
5.47 15
4,15 100
3,78 20
3.74 20
3.42 25
3.39 35
3.36 60
Z.630 1=
2.074 75
1.935 12
1.766 50
1.506 25
60~

Zinc Zirconium Fluoride
Zn¥, *Zr¥,

 

 

a1 1/1,
4.68 5
4.49 35
4.15 5
4.06 100
3.55 15
3.15 15
2.852 50
2,226 15
2.008 35
1.989 20
1.815 10
1.796 65
1.793 50
1.638 30
B. X~ray diffraction patterns for the compounds below are
listed in this section. The purity of these compounds has never
been absolutely established, nor have these compounds been iso-~
lated as single phases.

2KF -LiF-CrF,
ZKF-NaF:-CrF,

KF -Na¥F LiF.Cr¥F,;
3KF - 2UF;
3KF-UF,

3RDbF - CeF3

UF3 * UF4 * ZI’F4

2 UFJ, ¢ Z]?Fq.
62~

 

 

 

 

Potassium Lithium Chromium (III) Potassium Sodium Lithium Chro-
Fluoride 2KF-LiF:-CrF, mium (III) Fluoride
| KF«NaF-LiF-CrF,

o o

d(A) 1/1, d(A) I{iL
4.61 75 4.74 45
3.33 20 4.09 10
2.95 15 2.90 100
2.822 90 2.478 15
2.667 15 2.373 55
2.482 15 2,321 20
2.407 30 2.052 85
2.327 30 2.010 30
2.303 90 1.676 40
2.012 45 1.582 10
1.993 100

1.672 15

1.628 40

1.536 15

Potassium Sodium Chromium (III) Potassium Uranium Fluoride

Fluoride 2KF:-NaF-Cr¥F, 3KF - 2UF,
0
d({A) I/1, d( %) 1/1,
4.78 30 5.37 60
4,14 20 4.67 25
2.93 95 3.43 90
2.495 10 3.25 100
2.385 65 2.97 60
2.292 5 2.79 20
2.0609 100 2.73 20
1.688 55 2.33 20
2.10 80
1.98 40
1.79 75
1.71 20
1.53 20
1.36 35
[-63-

 

Potassium Uranium Fluoride Rubidium Lanthanum Fluoride
3KF - U¥F, 3RbF - LaF,
a(f /1, d(A] /1,
6.27 - 70 4,93 30
5.68 30 3,66 30
5.24 100 3,47 20
3.69 70 3.40 20
3.47 40 3.30 90
3.24 50 3.11 60
2 .88 20 2,821 160
2.60 80 2.344 40
2.50 20 2.237 20
2.164 30 2.206 15
2.074 15 2.184 20
1.955 20 1.991 40
1.928 30 1.905 30
1.840 25 1.70% 40
1.730 20 1.627 ' 20
Rubidium Cerium Fluoride
d(8; 1/1,
5.91 15
4.93 15
3.68 25
3.58 20
3.45 45
3.31 100
3.24 55
3.21 35
3.05 15
2.608 15
2.522 40
2.355 45
2.296 20
2.088 10
2.060 10
1.968 10
1.943 10
1.924 25
1.905 ' 15
1.882 25
1.840 15
1.812 15
1.789 10
1

. 694 15
w3l

 

Uranium Zirconium Fluoride Uranium Zirconium ¥luoride
UF, -UF, - Z2YF, 2UF, - Zr T,
a(Ry 1/1, a(%) /1,
6.42 15 4,05 100
4,07 100 3.98 25
3.98 65 3.68 15
3.58 12 3.39 40
3.39 40 3.22 35
3.22 30 3.00 40
3.01 40 2.63 15
2.63 20 2.07 40
2.08 50 .02 12
2.02 12 1.94 30
1.98 15 1.89 40
1.94 12 1.84 12
1.89 ' 50 1.79 25
1.80 25
1.54 20
—H 5w

Egptnotes

U PR,

 

l. This compound is rhombohedral and is isostructural with Si0; .

4. This compound has only metastable existence in a svystem of
its own composition. |

3. The original measurements on this material were made by
P. A. Agron {Chemistiry Division;, B. 8. Borie, Jr., and
R. M. Steele (Metallurgy Division;.

4. a. This compound has been reported by W. H. Zachariasen,

J. Am., Chem. Soc. 70, 2147-51 (1948;

b. This compound was reported by W. H. Zachariasen, idem.,
to be KF-UF, . -

c¢. This compound was reported by W. H. Zachariasen, idem.,
to be o-2NaF-UF, . | T

d. This compound was reported by W. H. Zachariasen, idemn.,
to be NaF-UF,;

 

 

 

5. The original ORNL measurements on this material were made by
P. A. Agron (Chemistry Division;, B. 8. Borie, Jr., and
R. M. Steele (Metallurgy Division). The compound formula

was established at a later date by the authors.

6. A graphical representation of a Debye-Scherrer pattern for
this compound is reported by Wagner and Balz, Z. Electro-
chem, 56, 576 {1952}. '
compound

 

RbF‘fia?‘UFh
Kerlaf.

3
Ew°2NaF'UFh
RbF‘UFh
CRFeN iFZ
E*KF*ZTF&
QRbF‘UFM

KF~Te ) Hy0

NaP*HEF)

E3WaF-UF),
E-32MarrE) (3)
P-22Va e UF),
(28 F-ZrT),
LLiFUF),
y«»QNaF“UFh
3LFe3HaF~201F)
a:a~31‘€a2£?‘~b"ii‘h
SLiF*UFQ
EaF*QLiFaCrFB
PLAF«21T),
3LiF * CI"FB

A

3ay-hzrly (5 )

3.86
2.034
.61
2.9
3.546
1.599
1.579
1.963
3.575
3.13
3.08
2.590
1.718
2.893
2.121

 

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