SCIENTIFIC ABSTRACT KUZMIN, P.P. - KUZMIN, S.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000928020016-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: July 31, 2000
• Sequence Number: 16
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

P.P.
63

KUZININ,P.T.
low production techniques of cast anchor chains. Lit. proizv.
no.6:27-28 Je '55. (KLRA 8:8)
(Die casting) (Chains)

KUZIKIN, P.V., iuzhener.
Explosion In an explosionproof electric motor. Bnergetik 4 no*9:
17 S 056. (Electric motors) (KIRA 9:10)

AUTHOR., Kuzlmin, P.V,, Engirir-er SJOV-91-59-9-23/29
TITLE: Electrocution from a Telfer Press-button Control Set
(Porazheniye tokom ot knopochnoy stantsii tellfera)
PERIODICAL: Energetik, 1958, Nr 9, PP 31-33 (USSR)
ABSTRACT: The author describes a case where a worker was electrocuted
while operating the suspended press-button control set of
a telfer line. He traces the source of the trouble in the
set and lists the various safety precautions introduced and
changes made to the apparatus in the plant as a result of
this accident, There are 2 photos.
1. Electrical equipment.--Hazards 2. Acc_4dents-Cow_,te_r meas-kL,,,~s
Card 1/1

KAZANSKIY, Nikolay Vasillyevich; KURIETSOV, Leonid Filippovich;
KUZ'l-!lNj__T..V,#,j.-rodw -
[Masonry and furnace work] Kamennye i pechnye raboty.
1.',oskva, Izd-vo V-va kommn.khoz.RSFSR, 1963. 38 P.
(MIRA 17:6)

KAZANSKIY, N--iko-ljy Vasillyevich: SIVITSKIY, Konstantin Pavlovich;
KUZIM-IN, P.V., red.
(V,'oodworking operations; carpentry and joinery] Derevo-
o~delochnye raboty; plotnichnye i atoliarnye. Moskvaq
lzd-vo lit-ry po stroit. "3troiizdat,,' 1964. 49 p.
(MIRA 17:5)

KU7 1,%ILN
I II.V. , inzil.
Experience in the operail~on of synchronous motors with simplified
start networks. Prom. enorg. 10, nooF-18-20 Ag 164.
OMIRA 17: 11)

KUZIMINI R.
I------
Idquified gas for automotive transportation. Avetraup 40
no.7:54 J3. 162. imm 15s8)
(Liquified petroleum gas)

, KUZI,MI-.N,.,g.:V.,,,inzh.
Start of synchronous motors with close coupled exciters. Prom.
energ. 18 no.11:8-9 N 163. (KRA 16z12)

TUM.1140TIT, II.I.; xWAAIN', R,?I.
lmonerl-* cham!.tr,-.l raLftq -:.r, eiilys of n r, WI-,- ~
_,., t-m.3tas DAL
A.9 :',.',.SR 165 no.)--i-l8-5'9 'N 165. 01-1RA M LI)
1. M.,.~tAnwik5.y gosu`.arst-mennyy cuta , Ju 3, 22,9
1965, 1 '~ t tz_q , I

L 13130-66 ENT(I)/r='iiT(M)/T/EWP(t)/EWP(b)/EWA(c) Ijp(c) JDIJ(;
Acc NH: Ap6oool.89 SOME CODE: MVM56/65/049/005/1389/1393
AUMOR: lbr&iMOV,' N. S.; KUZ'sin, R. N. Zhdanov 0. a.
99
ORG--_&_8cow State Unlverj~ty (Moskovakly gosudaretvennyy universitet)
TITLE: The Mossbauer effect/in compounds of the fluorite type (IrGn2 and PtSn2)
e
SOURCE: li;;;;i~al'noy I teareticheskay Miki, Y. 49, no. 5* 1;15,
IL389-1393
TOPIC TAGS: Massbauer effect, platinum compound, Irldlum cotTound, temperature de-
pendence, resonance absorptionp Gamma ray absorption# absorption probability
t ABSTRACT: This Is a continuation of earlier work by one of the authors (K=mIrp
with V. A. Bryukhanov and N. N. Delyagin, ZhETF v. 46, 137, 1964) on the Mossbauer
line and its shape. The purpose of the present Investigation was to study, for a
given type of crystal lattice, the effect of changing the surroundings of the Mass-
bauer atom., the mass of the atom# and the structure of the d-band. The IrSn2 and
PtS% compounds were obtained by melting the components in quartz ampoules and sub-
sequent annealing. The absorbers were prepared by pressing powders of the com-
orption of 23-8-kev 'Y
pounds in mixture with beryllium oxide. The resonance abs
quanta by Sn'119 nuclei -smn investigated In the temperature range from 77 to 6009,
Icard 1/g

L 13130-66
ACC XR: AP6000189 Absorption probability (f and width of reso-
F nant line No extrapolated to zero thickness j
-
The results showed a decrease
in the resonance absorption con"U'4 1
./Sea
7r K V~ a
with increasing temperaturep
sindlarto that-previously-ob-
Irsno 0 73�0.05 0,39�0` '�':'
served for Mg2Sn. The pro- PtSnj 0.43� +0.35*0.02
0:03 3:111.10 02
Mg1i'Sa -0,28�0,03 0, Ot 0.00
babilities for recoilless 68�0.
resonance absorption of the y
quanta and the widths of the absorption lines were determined.for bath compounds
(Table). The results are interpreted on the basis of date concerning the struc-
ture and the nature of the chemical bond in these coul"mdas Tests were also
made with IrSn2-PtSn2 alloys with 25# 50,, and 70 mol.% PtSrt2. All three alloys
gave single b6oasbauer lines, Orig. art. has: 2 figures and I table.
OTH My: --004-
SUB CODRt__ 2D/ SUM DATE t -- 25mv65/ oRM W 003/

j;
Ail
R ~ . -- -
- -Q.ITCI;k rD,

AUTHOR: Kuz'min R.1 ?0-3--3-22/36
TITLE: An X-ray Structural Investigation of IrSb (Ren'ugenograf-i-
cheskoye issledovaniye struktury IrSb)
PERIODICAL: Kristallografiya, 1958, Vol 31 Nr 3, PP 366 - 35?
(USSR)
ABSTRACT: Powder photographs were taken of a specimen of IrSb
with Cu, radiation in an 11.4 cm. dii powder camera. The material
was made by heating the elements in a quartz tube to the
softening point of the latter. The structure was of the NiAs
type with a=3.970 � 0.001 KX c = 5.510 + 0.002 KX wi-t-.h
c/a = 1-388., d obs. = 13.5 9/cc. Z=2~ The space group is
probably C6/mmm = with Ir at (OzO,O), (0,0,1/2) and
6h I
Sb at � (1/3, 2/3, 1/4). The z parameter of the Sb can-not
differ" &eatly from 1/4 A table of observed and calctilated
intensities is given. Acknowledgments to Prof. G.S. Zhdancv
and N.N. Zhuralev . There are I table and 2 Soviet references.
ASSOCIATION: Moskovskly gosudarstver..Uy universitet imeni
Card 1/1 M.V. Lomonosova (Moscow State University imeni
M.V. Lomonosov)
SUBMITTED: July 11, 1957

0-3-3-26/36
AUTHORS: Zhdanov, G.S., Zhuravlev, R.N., Kuzlmln, RX. and
Soklakov, A.I.
The Establishment by X-ray Crystallography of a New Compound
Bi3Rh in the System Bi-Rh (Rentgenograficheskoye ustanov-
leniye novago soyedineniya Bi 3Rh v sisteme Bi-Rh)
17BRIODICAL: Kristallografiya, 1958, Vol 3, Br 31 PP 373 - 3?4
(USSR).
ABSTRACT: Bi4Rh has been supposed to occur in three polymorphic
modifications a 1 0 and y . Goniometric and X-ray obser-
vations have been made on O-B4Rh . Its habit is identical
with that of Bi3Ni and its cell dimensions a=9.1, b=4.2,
c=11.4 A are close to those of Bi 3Ni (a=8.875, b=4.115,
16 d
c=11.4??). Both have the space group Pnma = D~h obs.
= 10.7 � 0.2 gm/cm3. gives Z nearly equal to 3 if lae formula
Bi4Rh is used. It seems clear that the formula should be
Bi3Rh giving z=4 and powder photographs also confirm this
Cardl/2 resemblance to Bi 3Ni

70-3-3-26/36
The Establishment by X-ray Crystallography Of a New Compound B13 Rh
in the System Bi-Rh
There are 7 Soviet references.
'ASSOCIATION: Moskovskiy gosudarstvennyy universitet
imeni M.V. Lomonosova (Moscow State University
imeni M.V. Ioomonosov)
SUBMITTED: July 11,, 1957
Card 2/2

7873-3-36/47
AUTHORSs Zhdanov, G. S. , Zhuravlev, N. N.
TITLE: An Investigation of the System Bi-Rh (Issledovaniye sistemy
Bi-Rh)
PERIODICAL: Zhurnal Neorganicheakoy Khimiiq1958,Vol.3, Nr 39 PPo750-754
(USSR)
ABSTRAM By X-ray analysis some compounds of bismuth and rhodiump
especially Bi Rh and Bi Rh were investigated. The crystals
of P-Bi 4Rh aAd OC,-Bi2i& were investigated. The -Bi4Hh-
-crystals are rhombic and have t-- following lattice constants*
a - 11t4 + Ov2 R9 b a 9,0 + 0,2 R" c " 4,2 + 091 R. The den-
sity of the crystals is F- IM � 092 g/c;~%
The compoundc)(,-Bi2Rh oFstallizes in the monoclinic system
with periods a - 697 ,b - 698 iq a - 699 Ro
The system CoSb was investigated at the same time and on the
basis of X-ray analyses it was found that a-Bi Rh and CoSb 2
are isomorphous compounds. The crysta,13 CC-Bi 2a can be claosi-
Card 1/2 fied with the structural type of markaBite. During the melt-

An Investigation of the System Bi-Rh
78-3-3-36/47
ing of antimony with cobaltp rhodium and iridium crystals of
CoSb,, RhSb 2 and IrSb, were determined. These crystals have
a manoaldjLia structure. The unit cells of the compounds CoSb 29
RhSb2 and IrSb 2 were calculated IV the roontgengonometric
method. 3
CoSb2 1 a - 6,5 R9 b -695 1, c-6,5 L A-118+1,cf-8,3 glom Z-4
RhSb2 1 a o 696 19 b o6,5 19 c~697 i, P-117�1,'T-9,0 9/cm3,Z-4
IrSb2 t a - 6,6 R, b -6,5 R, c-6,7 R, A-116+1,0'-10,859/cm 3 Z=4
B12 Rhs a - 697 Rv b w698 X, c-699 R, r'-117�2q6'u12 ' g/CM3 Z-4
A new group of isomorphous compounds CoSb 21 oc.-RhSb, IrSb2
and cy.-Bi2Rh was produced. There are 5 figures, 1 table, and
12 references, 11 of which are Soviet.
ASSOCIATIONs Moskovskiy gosudaretvenny universitet im. M. V. Lomonosova
(MOSCOW State University imeni M. V. Lomonosov)
SUBMITTEDs June 25, 1957
Card 2/2

24(6)
LUTHORst Zh=avlvv, N.N. 'I Pak Gvau 0., SOV/55-58-5-13/34
Kuz'minq R.N.
TITLEs Investigation of the Luti-mony-Rhodium Alloys (Isaledovaniye
splavov surlmy a rodiyem)
PERIODICALt Vestnik -Moskovskogo universitet&,Seriya matAmtikip mekhwUki.~
astronomiii, fiziki., khimli ,950ir 5, PP 79 - e2 (USSR)
kBSTRACTt it was stated that there result three combinations when
melting together antimony and rhodium: Rh Sb 31 Rh Sb 29
Rh Sb. Rh 3b crystallizes in the monoolinic syngony with
2 d
the periods a - 6.6�0.2 A* t b - 6.40.2 A , a -6.7� 0.2 A
and 2 - 1170� 10. The elementary cell contains 8 antimony-
and 4 rhodium atoms. The space group is C5 (P2
2h 1/0
The-authors us-e+t1re densities of Rh and Bb according to
M.P. Slavinskiy [Ref 11/ and crystallographic dates of
N.Ye. Alekseyevskiy.
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12
Investigation of the Antimony- Rhodium Alloys SOT/55-58-5-13/34
There are 3 figures, I table, and 12 references, 11 of which
are Soviet, and I is German.
ASSOCIATIONt Kafedra fiziki tverdogo tels, (Chair of Physics of Solid Body)
SUBMITTED: April 12, 1958
Card 2/2

S/120/60/000/03/041/055
0 E032/E514
AUTHORS: ZImelev, A. G. and Kuz1m1n, R. N.
TITLE: Preparation of Zr-D Targets on a Copper Base
PERIODICAL: Pribory i tekhnika eksperimenta, 1960, No 3,
pp 139-141 1?
ABSTRACT: The zirconium targets were prepared using the arrangement
of ribbons shown in Fig 1. The innermost ribbon in this
figure is in the form of a copper ring, the next is a
zirconium foil tightly pressed against the copper and the
outer ribbon is made of tantalum. The zirconium ribbon
was 8 to 100 u thick. Owing to the difference in the
expansion coefficients of copper, zirconium and tantalum,
the zirconium ribbon was tightly pressed against the
copper ring. By passing a large current through the
outer two ribbons, the zirconium foil could be welded
to the copper (700 to 8000C, 0.5 to 3 hours). The
zirconium deposit obtained in this way was then
saturated with deuterium by vassing deuterium gas over
it. The best results were obtained at 6000C, 150 mm Hg.
Zirconium deposits 18.7 ), thick could be saturated with
Card 1/2 deuterium to a concentration of about 1.64 atoms of X

82001
S/12o/60/000/03/041/055
E032/E5i4
Preparation of Zr-D Targets on a Copper Base
deuterium per zirconium atom in about 20 min.
There are 2 figures, 1 table and 6 references, 2 of
which are Soviet and 4 English. $
SUBMITTED: April 18, 1959
Card 2/2

KUziMIN, R.N.; ZHURAVLZV, U.N.; LOSIYZVSKAYA, S.A.
Atomic structure of RuSb, and OsSb 2- Kriotallografiia 5 no.2:218-223
Mr-Ap 160, (MIRA 13:9)
1. Moskovskiy goeudarstvennyy universitet im. M.Y.Lomonosova.
(Rubidium antimonide) (Osmium antimonide)

82594
S/07o/6o/005/004/004/012
& 0 E'132/E56o
AUTHORS- Zhuravlev, N.N., Zhdanov. G.S. and Kuzimin R.N.
TITLE.-. The Atomic Structure of Certain Cdgp-o~undsof
Bismuth and Antimony
PERIODICALs Kristallograftya, 1.960, Vol- 5, No. 4,
pp. 553 - 562
TEXT: 1) Alloys of Bi and Sb with alkali and alkaline earth
metals.
PI-RbAl has a diagram of state like that of Bi-K. There are two
compounds Bi P- Rb and BiRb3 which give maxima in the liquidus.
There are probably two other compounds Bi. 2Rb- and BiRb 2 formed
in peritectic reactions. The first-mentioned compound Bi 2Rb is
superconducting and has the Cu 2Ng structure. The semiconducting
compound BiRb 3 is hexagonal with a -- 6.42, c. 7 11.46 A5 and
has the AsNa 3 structure.
~!~--SaA7 shows two compounds Bi-2Ca and BiCs 3' BiCs2 is formed in
a peritec~-tic reaction. Bi. Cs is superconducting with the Cumg
Card 1/4

82504
5/070/60/005/004/004/012
EI'152(EA60
The Atomic Structure of Certain COMPOM s of Bismuth and
Antimony
structure. BiCs- is semiconducting and has the SbCs-
structure (cubic) with a = 9-324 A For the Bi2K, Bi2Rb,
Bi2Cs series increasing cell size is linearly accompanied by
increasing Tk (temperature of onset of superconductivity).
Sb-Rb SbRb has a complex structure and SbRb is isomorpouns
3
with UiRb- and has a = 6.29, C = 11.17
A A
P~~iSL and BI-Ba. The former is cubic, Cu Au type, with
a 5.02 rand the latter is tetragonal 3with a = 5.188 and
c 5.157 but is isostructural.
2) Alloys of Bi with group 8 transition metals.
Bi-Rh The compounds Bi Rh, BiRli ~-~nd a, P and y- Bi Rh appear
=--I - 11~ 7 2 it
to exist but "P-Bi4RIO has an orthorhombic cell (a = 11-52,
K'
b = 9.03, c =-4.24 A) and a structure apparently analogous
to Bi3Ni. The composition is therefore probably Bi 3Rh.
Card 2/4

82504
S/076/60/005/Oo4/oo4/ol2
E132/E36o
The Atomic Structure of Certain Compounds of Bismuth and
Antimony
a-Bi2Rh was reported isomorphous with Sb 2Co but this is
-,uncertain,
PAz&. The phase diagram is largely knoini (Zh. Eics. Teor.Fiz.
32, 1305, 1957). The y-phase near 50% by wt. Pd is hexagonal
with a = 7,76, C = 5.86 X and appears to be a superstructure
of NiAs. Below 1100 0C there is a eutectic decay to BiPd and V
BiPd 3* It may be Bi 3Pd 5' ki,
The phase diagram is kno-vm. There are the phases a-
and P-Bi2Pt and BiPt. Various differences in the value of Tk
reported for BiPt are explained by the possibility of obtaining
this compound: in a defect state giving a 0.8% volume decrease
in the unit cell.
No Bi-rich alloys of Ru, Os and Ir could be prepared.
3) Alloys of Sb with transition metals of group 8.
Sb-Co Besides Sb Co and SbColl'a new compound Sb-Co with a cubic
2
As-Co structure has been found.
.;P
Card 3/4

' 250,
8
4
S/07o/60/005/004/004/012
E1381E;60
The Atomic Structure of Certain om ound-- of Bismuth and
Antimony
,A Sb-Rh Three compounds have been found in this system and the
Woftlammalm
general lines of the phase diagram are apparent.
Sb-Ir
..,,The existence of Sb-Ir, Sb 2Ir and SbIr have been
established. Sb 3Co, Sb 3Rh and Sb3Ir are isomorphous.
The structures of Sb 2Co, Sb2Rh and Sb 2Ir are isomorphous and
similar to that of a-Bi 2Rh. Such isomorphism does not pertain
in the Sb2M series. The superconducting transition temperatures
of the various materials are tabulated and discussed in termsV~
of their cell sizes.
There are 5 figures, 7 tables and 36 references: 5 English,
5 German and 26 Soviet.
ASSOCIATION: Moskovskiy gosudarstvennyy universitet im.
M.V. Lomonosova (Moscow State University im.
M.V. Lomonosov)
SUBMITTED: February 23, 1960
Card 4/4

2V,.21110 (1972-111rff1P4
S/07o/6O/005/o06/ool/oo9
E132/E360
AUTHORS: Kuzlmin, R.N, and Zhdanov, G.S.
TITLE: X-ray Structure Analysis of the Superconducti
Compound B-Bi 3Rh
PERIODICAL: Kristailografiya, 196o, Vol. 5, No. 6,
pp. 869 - 876
TEM There are three compounds in the Bi-Rh system;
Bi Rh with three modifications (low temperature a
~ 1k
intermediate teraperature P and high temperature y
Bi2Rh has two modifications, a and P ; BiRh has only
one form. Crystals of P-Bi Rh were obtained K
3 as needles
very suitable for X-ray analysis by pouring of the liquid
from a partly solidified melt. The crystals were ortho-
rhombic with a = 9.027 +~o.oo6 1, b 4.24 + 0.02,
c, = 11-522 + O.oo8, dob 8 = 10,7 9/cm3 dcale 2~ 11.0, z
Cardl/3

6780'z
s/o?o/6o/005/oo6/ool/0'09
E132/E36o
X-ray Structure Analysis of the Super..conducting
Compound P-Bi 3Rh
The space group might be Pnma or Pn2a Using Patterson
projections a trial set of atomic positions was derived and an
a-c Fourier projection was calculated. The final atomic
positions are (X,Y,Z) :- f1i 1 (0,402, 0.25, 0.180);
B-i 11 (0-102, 0,75, 0,089); Bi 111 (0.201, 0.75, 0.386);
Rh (0-402, 0,75, 0,018) . The R.-factor for the hot zone
is 19.8% neglecting any temperature factor. It is concluded
that the space group must be
16
Pnma = D2h The general similarity of this compound with
Bi,,Ni suggests that the structure proposed for the latter
is probably correct, The coordination polyhedra round the
three Bi atoms are different. Bi I has 12 neighbours,
Card 2/3

67 8;j 3
S/07o/60/005/oo6/ool/ooq
E132/E360
X-ray Structure Analysis of the Superconducting
Compound P-Bi3Rh
BiII 11 and BiIII 12 The coordination number of the
Rh atom is 9 and the Rh atoms lie in seven-cornered
polyhedra and occur in zig-zag chains. The shortest
distance between Bi atoms is 3.48 4 , Acknowledgments
are made to N.N. Zhuravlev, I.S, Berezin and B,M, Shchedrin.
There are 7 figures, 4 tables and 11 Soviet references.
ASSOCIATIM Moskovskiy gosudarstvennyy universitet
imeni M,V~ Lomonosova(?-joscow State
U.niverpity imeni M.V. Lotnonosov)
SUBMITTgDt Aprii 8, ig6o
Card 3/3

KUZIMIN, R.N.; ZHIJRAVLEV, N.N.
Problem of achieving greater accuracy in the conatitution diagram
for the system Bi- Rh. Kristallograftia 6 no.2;269-271 Mr-Ap
#61. (MIRA 14: 9)
1. Moskovskiy gosudarstvennyy universitet im. M.V.Lomonosovae
(Bismuth-rhodium alloys) (Radiography)

KUZIMIN R,,,.N
,x,
Device for fillin a vessel with liquid for hydrostatic weighW
of powders. PribA tekh.eksp. 6 no-5:192 S-0 161. (MIRA 14:10)
1. Fizicheskiy fakulftet ~bskovskogo gosudarstvennogo universiteta.
(Specific gravity--Measurement)

S/07o/61/oo6/006/002/008
E132/E135
AUTHORS: Zhdanov, G.S., and Kuzlmin, R.N.
TITLE- The structures of the compounds of the isomorphous
group MSb2% namelys COS, b2, RhSb2, IrSb2 and a-RhBi2
PERIODICALs Kristallografiya, v.6, no.6, 1961, 872-881
TEXT: By X-ray single-crystal methods the structures of the
above compounds have been determined. The dimensions of the unit
cells were found to be as shown in Table 11 and the atomic
parameters (space group P21/c - arsenopyrite structure) as shown
in Table 4. The probable errors in the atomic parameters are
about 0.020. The metal atoms are each surrounded by six Sb atoms
in a distorted octahedron. The Sb-atoms are 4-coordinated (in
distorted tetrahedra) each by 3 metal atoms and one Sb atom.
The interatomic distances of nearest and second nearest neighbours
are listed. I.M. Rumanova and B.K. Vaynshteyn are twntioned
in the article.
There are 6 figures, 5 tables and 21 references: 13 Soviet-bloc
and 8 non-Soviet-bloc. The four most recent English language
references read as followsi
card

The structures of the compounds of S/07o/Woo6/oo6/002/00
E132/E135
Ref.8! D. Harker, J.S. Kasper. Acta crystallogr., Vol.1, 70-75,1948.
Ref.10* W.H. Zachariasen. Acta crystallogr., 5, 68-73, 1952.
Ref.14: W. Cochran, M. Woolfson. Acta crystallogr,, 8, 1-12, 1955.
Ref.18; T. RoBengvist. Acta Metallurgica, Vol.1, 6, 761-763-, 1953~
ASSOCIATION3 Moskovskiy gosudarstvennyy universitet im.
M.V. Lomonosova (Moscow State University imeni
M.V. Lomonosov)
SUBMITTED; September 4, 1961
Card 2//,~

S/078/62/007/002/012/01Q,
B)45/BIIO
AUTHOR: Kuzlmin, R. N.
TITLE: Use of the temperature gradient for studying phase diagrams
PERIODICAL: Zhurnal neorganicheakoy khimii, v. 7, no. 2, '1962, 407 -- 411
TEXT: A survey is presented of the temperature gradient method for study-
ing phase diagrams giving its advantages - continuous phase changes as a
function oftemperature, short duration of the test, small number of samples,
small material requirement - as compared to other indirect methods of
determining states at high teMDerature. For sample preparation from metals
difficult to work the melt was either sucked into quartz- or porcelain
capillaries (diameter 1-2 mm) by means of a medical syringe, or pressed in
by means of an inert gas. The determination of the transition temperature
of (PtBi 2),v (PtBi 2)0 (temperatiire droP 40000, length of section
investigated, 110 mm) is given as an example for the application of the It
gradient method. The microscopic examination yielded T OL90 = 4100C at 10~5-
by weight of Pt, in agreement with the phase diagram. Mention is made of
Card 1/2

S/07 62/007/002/012/019
Use of the temperature gradient ... B145YB110
S~ A. VekshirLskiy, and M. G. Lozinskiy. G. S. Zhdanov is thanked for the
discussion, There are 7 figures and 11 references: 9 Soviet and 2 non-
Soviet. The two references to English-language publioations read as
follows. W. Rosenhain. J. Inst. Metalls, 11~, 16o (1915); 42, 31 (1929),
J. B. Newkirk. Rev. Sci., Inst., 2A, 1116 (1953)-
ASSOCIATION: Mookovskiy gosudarstvennyy universitet im. M. V. Lomonosova
Fizicheskiy fakultet Kafedra fiziki tverdogo tela (Moscow
State University imeni 11, V. Lomonosov,. Physical Division,
Department of Solid-State Physics)
SUBMITTED: December 24, 1960
C~Lrd 2/2

KUZIMIN, R.M4
Simplified method of alloving for a0orption and the temperature factor
ir, formulas describirg the intansities of X-ray interforences,
Kristallograftia 7 no.5.'765-787 8-0 162. (MMA 15'.12)
1e Mookcvskiy gosudarstevemyy universitet imeni Lomonosova.
(Xr-ray crystallography)

KUZIMINI R. N.
Dissertation defended for the degree of Candidate of Physicomatheamtial
Sciences at the Institute of Crystallography in 1962:
"Investigation of Atomic Urystalline Structure and rhase State of
Alloys of Bi with Ph, and of Arsenic with Ir, Ru, and 09.0
Vast. Akad. Rauk~;SSR. No. 4, Moscow, 1963, pages 119-145

KUZ I KLN) R. N.
"Analiz elektricheskikh svoystv binarnykh sistem i Boedineniy na osnove ikh
edinoy klassifikatsil."
report submitted for 6th Gen Assembly, Intl Union of Crystallography, Rome,
9 Sep 63.
Moskovskiy gosudarstvennyy universitet im M. V. Lomonosov.

L 12811-65 E 7,'P ( qF Wi TB D S A FFT- / AfD D
V'rIVS31,112 Na: Ap3c*07M S/CC~70/6,2/C,~38/C-03/0453/04~-4 t7
AUTHOR: Kuzlmin, R. N.; Mkitin 3 V.
TITLE: Structure of compounds of rarn-ear'h mot_12s with antimon1f and bismuth
having the composition A)
-------------
~SOTJRCF: Kristallotrafllyf.L, v. 8, no. 39 10,63, 45)-454
TOPIC TAGS: Semiconductcr, sikaerconductivity, rare eartha, 5b, 5i, covalent
bond
ABSTRACT. This study was made to discovor new compound3 of th6oe eleme!nts. The
resttlts --dd to the information. cf czystal chcrni3try of sunerconductivity in binary
alloys. '17he compounds obtained represcnt N!iCl structure, a2 1-M-licated by a Com-
-iris
son of calx,,ilated and mc-agur-ed intrnr--itins on x-ray Dhotographs. The inter-
J I
atomic distanceD 3iimest the prestnef, of a =xcd ionic-coialcnt chemical tx-rd.
In view of this and of the result-S in gen-rr,!, tho~ Pvathors conclude that
condtictivit s-hould rot r1T),",`r in r,,rc ~-arthzi v,'fh 3b and Bi
Y
t~e~ comoounus ar4n: scmicon~.tz-toro. and tho pr~?oervation of N,~_
thcm -,mpo,tq,,t subects of investiratio,
n --Clafllve to their
orot),~~rties. Crig. art, hfs:I -L~ ble

W(q)AWr(M)/BW AnICAM JV'TG
FAIIC-CESSION NR tAP3W'1348 S/0078/63/008/008/1906/1914
AUTHWLS: Kuz'min, j,, N.; Zhurayley'. H. N.; :~hdanov, G. S.
TITLE: Thermal analysis of the system Rh-Bi
SOURCE: Zhurnal neor-ganicheakoy khimii?"t. 8, no. 8, 1963,
igo6,1914
TOPIC TAGS: DTA, Rh, Bi. differential themal analysis, rhodium,
bismuth
ABSTRACTs Differential thermal analysis has been conducted for
the first time in Rh-Bi equilibrixLm systems. An equilibrium.
diagram has been eonstructed for the above system, starting with
pure Bi and ending with a 22.5 weight % of Rh in the system.
Rh-Bi thermograma were taken after the alloy had been homo-
geneously heated fop 48 hours at 720C. The only effects shown in
th6 heating curves aria the ones corresponding to the eutectic
transformation, reactlon of RIMIL formation, and the polymorphic
transformation m-8-RhBi2- The differential effect corresponding
to the eutectic transformation disappears completely when IV-he
Lqard

L 17427-63
ACCESSION VR I AP3000~448
j Rh content is 10.5 welght At 11.0 weight % of Rh, the poly-
morphic effect of transformation a:1,Q-RhBi iB noted. This effe-It
Increases with an increase of Rh content. Authors concluded that
a RhBi4 compound exists. Orig. art. hast 11 figures and 1 table.
ASSOCIATION: Moskovs1cLy gosudarstvenny*y universitet, Plzicheskiy
faku.11tet, Kafedra fizIJILIci tverdogo tela (Moscow State University,
Division of Physics, Department off"Solid State Physics)
SUBMITTED: 26Jun62 DATE ACQ: 2!Aug63 ENCL: 00

KUZIMIN R.N.; ZHURAVLL7,, H.N.
0- "? I I
Phase diagram of the system Rh - Sb. Vest. Moak. un. Ser It
Fis., astron. 3.8 no.2s9-14 Mr-Ap 163, (KIRA 16365 -
L Kafedra Miki tvardogo tala Moskovokogo univOrsiteta,
(Rhodimn-antimony alloys)
(Phase rule and equMbrlum)

ACCESSION NR: AP4012533 S/0056/64/046/001/0137/0141
AUTHORS: Bryukbanov, V. A.; Delyagin, N. N.; Kuzlmin, R. N
TITLE: Resonance absorption of gamma quanta in magnesium stannide.
23.8-koV absorption line with natural line width
SOURCE: Zhurnal eksper. i teorete fize,'v. 46, no. 1, 1964, 137-141
TOPIC TAGS: Mossbauer effect, photon absorption, resonance photon
absorption, magnesium stannide, recoilless gamma quantum absorption,
magnesium stannide chemical bond, recoilless resonance absorption
probability, tin 119, absorption line, absorption line width, natural
line width
ABSTRACTs Continuing earlier Mossbauer-effect studies of tin oxides
(ZhET1F v. 40, 713, 1961 and v. 43, 432, 1962), the authorslPvesti-
gated resonance absorption of 23.8-keV gamma quanta by Sni nuclei
over a temperature range from 77 to 290K in Mg 2Sn, which has a struc-
Card

ACCESSION NR: AP4012533
ture of high symmetry, so that the electric field gradient at the
tin,nucleus should be zero. The experiments were also almed at
finding a source of 23.8-keV gamma rays with natural line width.
The probability of recoilless absorption of the gamma quanta was
found to be 0.77 and 0.28 at 77K and at room temperature* respective-
ly. The width obtained for the absorption line in Mg 2Sn was 0.32 +
+ 0.02 mm/sec, -which-agreea'wel with the value obtained from
the lifetime of the 23.8 keV excited state. in view of the pre-
dominant role played in Mg2Sn by the interaction between the tin and
magnesium atoms, the contribution of the optical vibration is con-
siderably reduced for the heavy tin nucleus. In this connection,
interest is attached to the study of'compounds with structure iso-
morphic to fluorite (P tSn2or IrSb2 with metallic bonds, where an
increased effect of the optical vibrations for the tin atoms is ex-
pected. *The authors thank Yu. Kagan for interesting discussions of
CSM - -2/3

ACCESSION NR: AP4012533
the results." Orig. art. hasi 4 figures and 2 formulas.
ASSOCIATION: Institut yadernoy fiziki mookovskogo gosudarstvennoco
universiteta (Nuclear Physica institute, Moscow State University)
SUBMITTED: 18JU163 DATE ACQ: 26Feb64
ENCL: 00
SUB CODE: PH -~NO REP SOV: 007 OTHER: 003
Card 3/3

-Ar"rF SION NR: AP4042558 S/0056/64/046/006/1996/2002
AUTHORS: -Bryukhanov, V. A.; Delyagin, N. N.-, Kuz'min, R. N.; Shpi-
nell, V.'S.
TITLE: Mossbauer effect in binary compounds of tin
SOURCE: Zh. eksper. i teor. fiz., v. 46, no. 6, 1964, 1996-2002
TOPIC TAGS: Mossbauer effect, tin, tin compound, resonance absorp-
.tion, phonon, lattice parameter, lattice constant
ABSTRACT: To provide.a simple interpretation of the decrease.of the
effective Debye temperature e, which is used to characterize the -
probability of the Mossbauer effect, with decreasing temperature, in
analogy with the explanation of the increase in () with decreasing
:tempLerature presented by the authors earlier (ZhETF v. 40, 713, 1961),
119
the authors investigated reson'anceabsorption of y radiation by Sn.
nuclei in the binary compounds SnAs, SnSb, SnTe, and SnPt over a
Card

ACCESSIOUNR: AP4042558
wide range of t~emperatures.' A simple model of the phonon spectrumf
constructed by superposing-the Debye.and the Einstein spectra, was
used in the analysis. The probability of recoil-free absorption
,perature dependenc'e for all four compounds cannot be de-
and its tem
saribed by a--~-Jrqgle parameter in the Debye approximation. This~ re-
sult is attributed to the influence of the o tical branches'.of the
1P
phonon spectrum. The measurements of the absorption line widths,
quadrupole interactions, and chemical*isomeric shifts are used.to
analyze the properties of the chemical bonds and the structures of
the investigated compounds. The structure and parameters of the
lattices were determined by x-ray analysis. Although the experi-
mental results agreed qu4litatively with the model, there was no.
quantitative agreement and the observed temperature dependence of 6
exceeded the predictions based on the considered phonon-spectrum
model. "The authors thank A,. I.* Firov for his assistance." Orig.
art. has: 3 figures, 3 formulas and 1 table.
Card-
12/5

ACCESSION NR: AP4042558
ASSOCIATI~014: Institut yadernoy fi"ziki Moskovskogo gosudarstvennogo
universiteta (Nuclear Physics Institute, Moscow State Universityk..
SUBMITTED: 17Jan64 DATE'ACQ: ENCL: 02
SUB CODE: SS, NP NR REF SOV: 007 OrniER: 001
Card- 3/5

AP4042556 ENCLQSt)PYs 01
PAncipal characteristics of the Mossbauer effect

coe'llitle.
1 re.
illie
1 ittOxx
2 _ n, K I . J~ V, tc
I w K
I 2M

SnAs ,34 �O, 2
~

7�0,03
0, 0,62�0.02 A,W�O.n5 ~d
0,20�0, M-15 00�10
snsb 2
0.4 �O
0
041
~ FA:kO (M
0
i
t
0:() 0 7rj�(),0:1

'43
() 03 0,31�nA)
1
0
0
03
37 O,MI:F5 655
'
0
070
0
000 110�6

5
120 i44�3

3
139
SnTo 0.3
0�
,03 2
,S
� +
1 ,
�
, :t
,
, * �
SnK -0,22�0,02 -D,3f)�():02 10,50�0,0G 0,30:~%0,04 t45�t5 210;jIO
Compound, 2
Card 4/5

ESSICH NRs AP4042558 ENCLOSURE: 02 -
SnPt
snot Z&V -
0
kS,.sb.S4T' ~snu
42- We SnTe
snsb
ell
xV M, Iw
4 VK
L
/oil M
r, K
Temperature dependence of reooilless absorption probabilit'y (ieft)
and of the effective,Debye temperature fot the compounds SnAs,
SnSb, SnTe, and SnPt
Card 5/5

-7 1.--- ~-, ~.. ~ .-.I. .. - - I ~ -, -I..-
a lt-e),Cj: Ir" lf'~-
, : p ify-, I fill A I In-, OC
.- - . , - I ", ~, 1. ,

~, -i .
Card 1/2
K-1-1-0 - Z- R
WE, I'l, ~, -i~ ~
fz*!,~I~l iPA~Z~t-- 5:
't,
i .,-; ~., 4., -
1
R

laAe I +
t ?,it
A F, IP, S 7- 71?,1 -9- 11; uAl ru 7- -e L,
19i YPI
Tq-
ZHDANOVq UsSe; 1,11i7LM~TV,
Masbauer effect used in the 6L.~dy of chewcal brnds i-n
metals and alloys. Izv.AN SSSR.Neorg.mat. 1 no.10:1660-
1672 0 165, (WRA 180.2)
L Fizicheakiy fakulltet Moskovskogo gosudarstvennogo
universiteta imeni M.V.Lomonosova. Submitted July 5, 1965.

IERAIMOV N.S.; KUZIMIN R.N.; ZHDANOV, G.S.
.0 1,
The't"asbauer effect in compounds of a fluorite type structure
UrSn and PtSn ). Zhur.eksp, i teor.fiz. 49 no.5sl389-1393 N 165.
2 2 (MIRA 19.-1)
1. Moskovskiy gosudarstvennyy universitet.

L 2V47-66 ljp(C, M/ Tn.
~ACC NR: -AP6007212 SOURCE CODE: 6TVdOr'-F 6/oc:0/002/0330/0
/6
AUTHORS: Kuzlmin,_R. N.; Ibraimov, N S.; Zbdanov, G. S.,
ORG: Moscow State University (Moskovskiy gosudar8tvennyy universitet)~
!TITLE: Mossbauer effect in Heusler alloys
,SOURCE: Murnal eksperimentallnoy i teoraticheakoy
ino. 2, 1966, 330-338
flziki, v. 50,
TOPIC TAGS: Mossbauer spectrum, absorption spectrum, ternary alloy,
line shift, heat effect, line splitting, alloy phase diagram
ABSTRACT: The authors investigated the Mossbauer absorption spectra
of ternary Heusler alloys namely Co MnSn$ NiMnSn., Cu MnSn, Cu FeSn,
2 2 2
119
Cu CoSn, and Cu NiSn, using Sn as the Mossbauer isotope. The
2 2
isamples were synthesized in quartz ampoules in vacuum from components!
1 in stoichiometric ratio. The Mossbauer spectra were recorded with
apparatus in wbieb the absorber moved at a constant velocity, using
a Sn source. The absorbers had the same thickness with respect toi'-
M92

L 23747-66
ACC NR: AP6007212'
'tin as the source (15,mg/cm') and were made of powders of beryl, jiurg
I
dioxide alloys. The source and the absorbers were kept at 77K. _Two~_l
different heat treatments were used -- quenching after annealing,
and annealing followed by slow cooling. The Mossbauer lines and the
chemical shifts of the different compounds are described briefly.
The results show that the Mossbauer spectrum Is sens:Ltive to the beat'i
treatment. The most int6resting Mossbauer spectrum was btained for
CU MnSn after quencbingi since the Mossbauer line wats split into nine's
2
,components of almost equal intensity, Instead of the six allowed by
115
the splitting of the nuclear levels of Sn in a magnetic field
This anomaly in the spectrum may be due to a disordered distribution
of the tin atoms in the nonequivalent posit-ions in the structure of
this compound. The-internal magnetic field.at the Un nucleus was I
determined for the compounds MnSn and nSn and found to be 42.0'
002 NY
and 70.5 kOe, respectively. The results are compai~ed with those ob-
tained by others and the causes for the differences discussed. It is~
noted in t-1he conclusion that although the Mossbauer data yield much
Ivaluable information on the structure, properties, and phase transi-
tions of Heusler alloys, in some cases the spectrum atructure is tooli

L 23747-66
ACC NR: AP6007212
!complicated to be able to obtain quantitative reaulta, so that the
'Mossbauer method must be used in conjunction with other methods.
:Orig. art. has: 5 figures and 3 tables.
!SUB CODE: 20/ SUBM DATE: 03Aug65/ ORIG REP: 008/ OTH REP: 013

ii:~777 f 7- T
J
ACC NR: A26014763 1W SObNCZ GODE: U;li/0000/65/000/00O./Ol~5/0129
AUTHORS: Zhdanov, G. S.; Ibraimov, 11. S.; Kuzlmin, R. N.
ORG: none
TITLE: Application of the 16ssbauer effect to the investigation of superconducting
alloys
SOURGIZ: Soveshch&ni-ye -po metallovodeniyu i metallofizike sverkhpro-'rodnikov. Ist, 19641
eniye w -d iiiiiics of meta
Yetalloved ls
123-129
in superconductors); trudy soveshchaniya. Moscow, !zd-vo 'Nauka, 1965,
TOPIC TAGS:. superconducting alloy, lf6sabauer effect, chemical bonding, tin,
isomorphism, hyperfine structure
ABSTRACT: .4. survey is made of t various applications of the MUssbauer effect to the
study of superconducting allpys.k~The method of determinin.- the type of chemical bond
is discussed by using the-iso-morphic shift of 1.16ssbauer lines, or
For white ti the I Tu (0) 12 * versus 6 curve is used to obtain the ef f ective number of
Llii -
s-electrons, quantitatively. Then, utilizing the fact that superconductivity iu
connecLed with phonon-eleotron interactions in a crystal, the M6sabauer effect in used
to determine f where r, 3 3
C . (0, T) = oxp -(2jlfcl.20)
ord //Z

L 3~'541-66
ACC iTR. M-
If J1 is determined experimentally for a metal in both normal and superconducting
states, the Debye temperatures before and after transition can be directly compared.
This, however, is shown to be a very sensitive experiment and is vary difficult to
perform. Finally, the possibility is investigated for using tile Mossbauer effect to
serve V a low-temperature/thermoinet,er This could be done by observing the splitti.
57
of the Fe ground level i*Ito two sublevels for which a unique temperature can be
determliie'd. Once more, it is stressed that because of small magnetic moments the
phenomenon of splitting is small and the experiment very sensitive to noise. Grig.
art. has! 6 figures and 3 formulas.
SUB CODE: 20) 11/ SUBM DATE: 23Dec65/ ORIG REF; 003/ MH RrY: 012
Card

L 02459-67 Fvrr(1)1EV1P(t)1ETI IJP(c) JD
ACC NR: AiQ24,664 SOURCE CODE: UlVO0701661olVO041031110519
AUTHOR: Kuzlming H, 14,; Kolpakov, A. V.; Zhdanovt G. S.
ORIG: Moscow State Univor sit im. M V.1omonosov (1-toskovskiy gosudarstvonnyy
et)
TlTLE: Scattering of MossbAuer radiation by crystals
SOURCE: Kriatallografiyaq v. 11, no. 4, 1966, 511-319
TOPIC TAGS. Mossbauer effect, gamma scattering, atomic structure, crystal
structure analysis
ABSTRACT:,% The authors prosont a theoretical analysis of the application of the
1'1ossbauor;"off9ct,.and ospociaUy rosonant scattering of quanta by nuclei of atoms
in a cryst4lMo the Investigation of the atomic structure of crystals. The theory
of the method is reviewed and it is shown how measurement of a sufficiently large
nun-bor of reflections makes it possible to establish the crystallographic plane,%
which contain Mossbauor atoms. The experimental data which can serve as a basis of
structural analysis by the Viossbauor-atom method are reviewed. It is shown that the
Xossbauor method combines the advantages of other structure-analysis methods and in
.addition has a greater flexibility. It also permits an analysis of complicated
Card 1/2 UDC:,

L 09459-67
ACC NR:'Ap6o246&
biological cr7stallino objects. Although there are still many experimental diffi-
cultios, it is concluded that there are grounds for assuming Mossbauor scattering
and diffraction to take their place among other diffraction methods of structural
analysis. Orig. art. has: 4 figures and 18 formulas.
'SUB-COD13~. 20/ SUBH DATE: 14Sop65/ ORIG REF: 001/ OTH REF.- 015
Card 2/2 ....... . .

-L 07113-67 EKT(l)/EWT(m)/E'WP(t)/ET1 IJP(c) /GG
ACC NAI AP6029107 SOURCE CODE: UR/0048/66/030/006/0937/0961
AUTHOR: Zhdanov.0.8 Ibraimov N.S.; NO min,R.N,; Chochernikov,V,I,
ORO: Physics Departmeatt Moscow State University Lm, H.V,Lomonosov(Fizicheskiy
fakulftet Moskovskogo gosudarstvennogo universiteta)
TITLE: The Uossbauer effect in the intermetallic compounds C01 010~ and Nil On 5epor
All-Union Co-nTe--r-e-nc-e-o-n-lNe-Physice of Ferro-and Antiferromagnetism hold 2-~ July 1963
in Sverdlovsk7 e
SOURCE: AN SSSR, Izvestiya. Seriya fizichookaya, v* 30, no. 6, 1966, 957-961
TOPIC TAGS: Mossbauer spectrum, Mossbauer effect, magnetic susceptibility, cobalt
alloy, nickel allcy,tntermetallic compound
ABSTRAC`r:
,Yhe present study was undertaken in conjunction with the growing interest
in in intermetallic compounds, in particular those con-
taffilmg-rurromagimVIT WERRT.77-Specifically, there was studied the Mossbauer effect
in C01.4Sn and Hil.4Sn. The compound specimens were prepared by vacuum melting of the
components, followed by homogenizing anneal in sealed tubes (50 hours at about 800oc)
and then slow cooling to room temperature. In the same manner there were prepared
t
speci=e s 9 xtures of the two above-mentioned compounds, I*eol representatives of
C
0
the U rystem. Among the last only samples with the NiAs structure W selecte,
-if 9e
for the KoWs-bauer measurements. The Mosubauer effect was studied on the~Bn nuclei
a.-d 1/2

L 07113-67
:C NRt AP6029107
in specimens with a 11tin" thickness of 9 mg/cOe The source of the 23.8 ksV gamma
rays was a 5 mg/cm thick Sample Of U92Sa. The measurements were performed with the
source at liquid nitrogen temperature. The Mossbauer spectra obtained for Co Sa at
different temperatures of the absorber and for a series Of COI.48n-Nil,48n 5011A
solutions (0,9,26,60 and 100% COI.4Sn) are reproduced in figures. Also presented in
graphics are the temperature dependences of the reciprocal,ousceptibility as obtained
by the authors and taken from the literature (M,Asanums, J,Phys.Japan, 17g 3009 1962);
the agreement for C01.45n is better than for Nil.48n. The temperature variation of
the Mossbauer spectra shows that quadrupole splitting persists up to the temperature
of the phase transition, that is, up to the temperature of the break in the reciprocal
susceptibility Versus temperature curve; above the transition point there is observed
only the singlet Mossbauer line, The results are discussed briefly and ressonpcare
hypothesized for the absence of ferromagnetism in the studied interestallic compoundso
Further investigations zuet be made before a full interpretation of the preleft re-
sults can be offered* Crig. art. has; 4 figures.
SUB CODE: 20,07 SUBM DATE: 00 ORIG, RUS 005 OM RN: 004
2/2

SOURCE: Vestnik mashinostroyeniya, no. 8, 1965, W-41
TOPIC TAGS: rhite noise, noise Zenerator, noise analyzer, tape racorder, electronic
amplifior/~q~-I-Woise generatorVMAG-8 taperecorder.-UNCh 5 electronic lifier
MIU electronic amplifier
ABSTRACT: The frequency of natural oscillations of the gas column in inter-
stage compressor lines is determined chiefly by the geometric characteristics
of the lines and the volumes connected by them. Therefore an acoustic method
may be used for determining this parameter. This requires excitation of
acoustic vibrations by a spopM radiator placed at tho and of one of the
lines with receivers at varikNpoints on the line where the gas column is
in oscillations The authors describe a stand developed for this purpose.
I
UDC: 62-it

ACC NRt _AM017406
Stand for aconstic tests of interstage
compressor lines in the 40-300 cps
frequency range: I ani 3--ID 36-BAmicro_
phone 2--buffer space; 4---dynamid loud-
speaker; 5-sonic, radiation chamber; 6-
ZG-10 sound generator; 7-wUte noise -
generator or MAG-8 tape recorder; 8--UNCh
50 W amplifier; 10 and 11-automatic
recorder; 12 and 13--analyzer; 14-- M
multichannel measurement arplifier.,
15 and t6--phonomaters,
Orig. art. has: I figure,. fjpl~a7
SUB CODE- 09 SUBM DATE: none

"being Produced, to avaluat.~ nev designs -and eheclk againsi comDuted valuen.

BORISOGLEBSKIY, A.I., inzh.; KUZIMIN, R.V.., inzh.1 VASILIYEV, Yu.V., lnzh.
Stand for determining the frequency of natural oscJllations
of a gas column in interstage communications of canpre3sors.
Vest*mashinostr. 45 no.8:40-41 Ag 165. (MIRA 18:12)

VOZNITSKIY. Igor$ Vitallyevich. Prinimali uchBatiya: IVLNOV, L.A., kand.
tekhn.naukj,.,-=%1JVk~,4
%-X-.,,,.jnzh.. ROZHANSKIY, G.S., kand.tekhn.
nauk, reteenzent; jOif
MIY, V.V., dotsent, red.; AIUBZMA,
L.S., red.izd-va; LAVRENOVA, N.B., tekhn.red.
[Engines and power plants on modern trawlers) Dvigateli I silovye
usta-uovki sovremennykh rybopromyslovykh sudov. Moskva, Izd-vo
"Horskoi transport," 1959. 201 p. (MIRA 12:12)
(Trawls and trawling) (marine engines)

KUZININp R.Vt.; LIUTOV, I.L.
Indirect evalUation of the technical conditions of a diesel
engine by its vibr~tlon parameters* Inform. abor. TSNIIMF
no.68i'Takh. ekspl.mor.flota no.11:40-49 161. (MIRA 15:9)
(Marisw diesel engines-Vibrations')

I evicb- ZDCHENKO, V.I., kand. tekhn.nauk,
~b
_ pi~ ~
retsenzent; DUAN, N.T., kand. tekhn. nauk, red.;
LAPINA, Z.D., red.; KLAPTSOVA, T.F., tekhn. red.
(Acoustical method of detecting defects in marine engines]
Akusticheskaia defektatsiia sudovykh mekhanimov. Moskva,
Izd-vo ffMorskoi transport," 1962. 1U p. (MIRA 15:4)
(Marine engines-Defects) Oloise-4%asurement)

-26.03
ACC NRj AP5023332
M souRcE com: LIR/03171'61,:i/000/003/0069~/0063
AUTHOR, S. (11'aJor general of -ar,tillery,' 11ero of the
Soviet Unf6~)
ORG., None
TITLE: Appraisal.of the state of armament
SOURCE! Takhnika i vooruzheniye, no. 3, 1965, 62-63
TOPIC TAGS: ordnance, weaDon
ABSTRACT: After outlininta.. -eneral aspects of the arriament inspection
and stressing the importance of keeping weapons and technical equipment
in the state of operational readiness, the author discusses the problem
of readiness ratings. Generally, it is recommended to check basic
weapons in proportion of 50 to 100% in small sub-units .- and. of 30 to 60
percent in larger units. This inspection percentage --lies between-15
and --- 30% -in-lease - of- techL-'-cal - equipment--. - - The num- ber of -variouo - units -to
be inspected is determined by a general inspection plan. The inspee-
tion is based upon two approachog. The first is to examine the state of
technical opeTational readiness while the second is related to mainten-
ance inspection. The readiness appraisal has preponderance over the
Card

L 2603M6
FA C NRt AP56i3_3M,
Ir
mintenance inspection. Each weapon 'Ind piece of equipment undergoing
a
the inspection must properly be evaluated and the readiness and mainten-
ance ratings must be assigned. The collected individual data are used
f6F_the~ Yu'rther appraisal of the state of readiness and inainterl'ance in
combat branches of various arris (mi.,3siles, artillory, Qrtiiorod tanks, If
en(,,ineering, chemical ammunition and viarfare, etc). The ;Iexcellont"
is given -Por an excellent state of readiness ana for a mairiten-
rating
ance state which is Toted notj lowor than "clood". 'Llie ratil)~Y,
4
coiabines a (good rer-Olness and fit za ontisfactiory maintw,,,~i rice. The
4
9
1 b-sfactory" maric is asnnignod .7hon both ieadines-s anq inainteriance
ratings are 8ati sf a c t-ory. If one of t~iaoo two re-lGings 1 -0 unsatL~isfactory
the ccnibinod rating i3 also "unsatisfe-oluoril,". Tlie o~irno procodure of
-aspection is applied to larger milibar-Y forraitiaus~
SUD CC)D-',',: 19 SUPRI DATE' lNome QRIG REIF. C) C 0 M1 _BF,1' 000
2/2

RASTYANNIMV. VIktor Goorglyevich: ='KIN.
DITAEDT, A.M.. otv.red.; FAVrUSWVA, Y.N., rad.14d-va; NOTICHKOVA,
N.D.. tokhn.red.
Cloonou'ic problems of Pakistan] ProbleiW skonoldici Pskiatauo6
Hookya., Ixd-vo vostochnol lit-ry. 1958. 214 p. OaRA 1212)
(Pakistan-1conomic conditions)

KUZ%U..-Staaijjav 11~~evich,- DIYAKOV. A.M.. Otv.red.; LIOZUOV. A.G..
red.izd-va; ij-R-A~YA-,-A.K., tekhn.red.
[Economic development of Pakistan and the foreign market] Zkono-
michaskoe rezvitie Pakistana i vneshnii rynok. Moskva, Izd-vo
vostochnoi lit-ry, 1960. 90 p. , (MDU 13:8)
(Pakistan-Economic conditions) (Pakistan--Com rce)

MALITSOV, K.A., kand.tekhn.naukl KUZIMIN, S.A., inzh.
Construction and testing of a dam made with three-hinged arched
ohords. Energ. stroi. no.27148-54 162. (NIRA 15:9)
1. VoesovumW nauchno-iBeledovatel'akiy institut gidrotekhn4-ki
im. Vedeneyeva.
(Dama)

MALITSOV, K.A., kand.tekhn.nauk; AVTONGV, S.S., inzhq
Way)s to lower the costs of building arched dam. Gidr.
stroi. 32 no.5:20-23 My 162. (MIRA 15:5)
(Dams)

CHICFN.OV, V.M., inzh.;KTJZIMIN, S.F., inzh.
lv-~- --V~N -~tr*-Mwa*4*
Durning milled peat under sectional heating boilers. Torf. prom.
35 no.5:27-31 158. (MIRA 11:10)
1,Gosudarstvenny7 institut po proyektirovaniyu zavodov torfyano7
promyahlennosti (for luztmin)
(Boilers) (Peat)

TAKOMNY, V.A.; KUZIMIN, S.G.; RYBAKOV, P.A.; KORNYUSHIN, A.K.
Induction furnace using industrial frequency and equpped with a
cylirArica cast-iron crabible for smelting aluminum alloys. Prom.
energ. 14 no-1:39-40 Ja 159. (MIRA 12: 1)
(Blectric furnaces)

KUZIMIN, S.I., professor.
Present state of the problem of calculating heat transfer In
firing chambers. Sbor. LIIZHT no.149i122-132 155. (MM 9:6)
(Locomotives--Firaboxes)

- I '- 7-
A U 4'- / i i /'V, " -, ,
YMIOIAYEV. Aleksandr Alekeendrovich; KUZKIN. S.I., red.; ZABRODINA, A.A.,
tekhn.red.
rTheoretical foundation of heat engineering] Teoreticheakie oanovy
teplotekhniki. MosIrva, Goo. energ. izd-vo, 1957. 349 p. (MRA 11:3)
(Host enginaering)

S. 1. FILIPP9V, 1. 1. (-vnrr.)';
k 0
nSpecial Features of Casting fleat-Resistant Alloys by the Lost-Wax Process,"
(Metody polucheniya otlivok povyshennoy tochnosti (Methods of Making High-
Precision Castings), Moscow, Mashgiz, 1958, 14() p.
PURPOSE: This book is intended for engineers and technicians at plants and insti-
tutes, as well as in research and planning organizations In all branches of the
machine -building industry.

8/123/59/bOO/006,/02()/025
A005/001.
Translation from: Referativnyy zhurnal, Mashinostroyeniye, 1959, No. 6, p. 221,
# 21653
AUTHORS: Filippov. 1. 1.-, Kuzlmin~- S. I.
TITLE, Specific Features of Precision Casting of Heat Resistant Alloys
PMUODICAL- V sb_ Metody polucheniya otlivok povyshennoy toohnosti, Moscow,
Mashgiz, 1958, pp. 93-99
TEXT- The authors considar the methods of preventing scab forma4ion in
precision cast:L-zg of turbine blades of heat resistant alloys,'/The scabs o-P Al 0
Cr 20 3, and Ti2O forming on the metal surface destroy, when ge tting into the moQ'
the compactness of the casting and deteriorate its mechanical prope--ties. The
overheating of the metal cast reduces the scab formation, but yields a crust and
decreases the heat resistance of the alloys. The bottom casting system and +-he
application of portion furnaces with filling up by the swinging method yield good
results. The elimination of 0 2 from the mold cavity and filling in with the
metal in a neutral gas atmosphere is an effective mode of preventing scab f-arma-
Card V/2

S/147/59/000/04/020/020
E031/E413
AUTHOR: Zolotukhin, V.K.
TITLE: The Scientific-Technical Conference at Kharikov
Aviation Institute
PERIODICALtIzvestiya vysshikh uchebnykh zavedeniy, Aviatsionnaya
tekhnika, 1959, Nr 4. pp 161-165 (USSR)
ABSTRACT: In May 1959, the 16th Conference of Professorial and
Teaching Staff took place. At a plenary session the
following reports were read: "The XXI Congress of the
Communist Party of the Soviet Union on the Further
Development of the Two Forms of Socialist Ownership"
by N.N.Aleksandrov, Director of the Chair Marxism-
Leninism; VIThe Contemporary State of Rocket Tec_hnolo,AY11.)2
by Docent, Candidate of Technical Sciences I.P.Goldayev,,
"Efforts to Produce the First Aircraft Wholly
Manufactured in China" by Docent, Candidate of Technical
Sciences S,I.Kuzlmin. The work of the Conference
continued in twelve sections.
Social SciPr(,A.-% Section., The following papers were readi
Contemporary Bourgeois Philosophy" by Senior Instructor
--enamb-d*.Ll S. I. Epshteyn; "Discussion on Trade Unions in the

KUZIMIN, &j.., kand.tekhn.nauk; LIBEDYAIISKAU, N.D9, kand.tekhn.nauk;
ZAYTSZV, A.H., inzh.
ftlosive forming of sheet materials. Izv.vys.ucheb.sav.; mashinostr.
no.7:87-95 160. (MIRA 13: U)
1. Kharlkovskiy aviatsionW institut.
(Sheet-metal work)

V,~:nz,MIN, S~t~of.
Some formulae for calculating gas temperatures in the firebez. Sbor.
LIIZHT no.168:242-250 160. (MIM 13: 10)
(F=nacee)

Kuztmin, Sergey
Plavka i litlye
Smelting and
Nashgiz,p 1962.
PHASE I BOOK EIPLOITATION SOV/6018
Illicho Candidate of Technical Sciences
zharoprochnykh splavov i staley v vakuume (Vacuum
Casting of Heat-Resistant Alloys and Steels) Moscow,
Errata slip Inserted. 6500 copies printed.
Reviewer: S. P. Nestertsev, Engineer; Ed,: A. I. Sirotin, Engineer;
Tech. Ed.: G, V. Smirnova; Managing Ed, for Literature on
Hot-Working of Metals: S. Ya. Golovin, Engineer.
PURPOSE: This book is intended for workmen and engineering personnel
of precision casting shops and sectione:specializing in th&
vacuum melting and casting of heat-resistant alloys.
COVERAGE: The book deals with the latest industriAl. experience in
the vacuum melting and investment casting of alloys &nd steels,
and with the results of scientific research work relating to
these processes. Principal types of vacuum induction furnaces
used for this purp~ose- and working practice with these furnaces are
described. Problems of the selection and behavior of refractory
C ard lA

Vacuum Smelting and (Cont.) Soy/6018
materials of crucibles and molds under conditions of vacuum
melting and pouring a r e also- analyzed. Results of the study
of the structurey propertiest and chemical composition of nickel-
base alloys melted and cast in vacuum or inert gas are presented.
No personalities are mentioned. There are 43 references: 27
Soviet, 13 English, and 3 German.
TAXX OF CONTENTS:
Introdugtion 3
Ch. I. The
Netical Problems in the Vacuum Melting of Metals 7
1. Met 'a, gassing . 7
egass
2. Mechanis of reduction of oxide films 8
is 'of
3. Evaporatiom, of metals in vacuum 13
Ch. II. Chemical ComKsitionp Structure# and Properties of
Vacuum Melted Al~'Ioys 17
1. Chemical oomposi io-A-1
17
2. Structure of',vacuum te alloys 21
Card 2/S

KIZ11~1E, S. IMI.
I'DeterimLiation of the Coefficient of Traction Load Irregularities of Electric
Railroads.." I... JU-. Nauk SSSR, Otdol. Tekh- INawk, No. 9, 1941, Sulornitted
12 I.Tay 1941,
ReQort U-1530, 25 Oct 1951

.-II - ~-,.
KARAIDAYND K.B - KUZIHIN S.M.. redaktor; IARIONOV, G.Ye., tekhaicheekty
redaktoir2
[Methods of electric measurement; differential. bridge and compensating]
Ketody elaktricheakikh ismerenii; differentsialInys. mostovye i kom-
peneatatowye, Ntiekva, Gos.energAzd-vo, 1952. 335 P. (HLVA 10:10)
(Alactric measuremockta')

BELIKIND, L.D., professor; SHATELEN. M.A., redaktor; KUZIMIN. S.M., re-
daktor; SHEVCHENKO, G.N., tekhnichaskiy redaktIovq-?,.w-*-,v,
(Pavel Nikolsevich YAblochkov; works; documents; materials] Pavel
Nikolaevich Ikblocbkov; trudy, dokumeut7, materialy. Moskv&.I%d-mo
Akademii nauk SSSR, 1954. 463 jj*' (KEBA 8W
1. Chlen-korrespondent Akademii nauk SSSR (for Shatelen). 2. Aka-
demiya nauk SSSR.'
(Electric engineering)

STAROSKOLISKIYx A.A.; KUZIMINs S.N.; MALITSEV, N.D.v retsenzent;
AKSENOVA, 1.47- ~re.;~SHINA, L.A., tekhn. red.
.1
[Chemical plants for dyeing and finishing processes]Khimi-
cheskie stantaii, krasillno-otdelochnogo proizvodstva. Mo-
skva, Rostekhizdat, 1962. 185 p. (MIRA 15:11)
(Dyes and dyeing-Apparatus) (Textile finishing)

GRIGORIYEV, Aleksey Hikoloyevich; ASLAKAZOV, Gavork Mikaelevich; J=IHIN,
Sergey Favloylobi Prinimal uchastiye:POLTAKH, B.S.. Uk~SZV~.-
-3
--ytt. . red.; KHITROV, P.A., tekhn.red.
LRailroad tank care; design, operation, and mnintennneal Zholezno-
,,Aorozhnye tsisterny; ustroistvo, ekspluatataiia i remont. Moskva,
Gos.transp.zhal-dor.izd-vo, 1959. 214 p. (MIRA 12:12)
(Tank cars)

KMIMINt q-,T.T-;.-qHBRNOZHUKOV. W.I.
-~ -
Using carbamide for removing paraffin from lubricating oilo.
Izv. v7s. ucheb.-zav,,; neft? i gaz no.1:111-117 '58. (MIRA 11:8)
l.Moskovskiy neftyanoy inatitut Im..akad. I.M. Gubkina.
(Urea) (Paraffins) (Lubrication and lubricants)

SOV/65-58-10-3/1-r-
Arm-HORS: KuzImin, s. T. and Chernozhukovp No Is
TITLE: The'Deparaffination'of Lubricating Oils with Carbamide
(K voprosu. deparafinizatsii smazoohnykh masel kar-
bamidom)
PERIODICAL: Khimiya i Tekhnologiya. Topliv i Masel, 1958', Nr 10.,
pp 12 .- 16. (USSR)
ABSTRACT: By the Interaction of carbamide with organic compounds,
it is possible to separate normal paraffins from mix-
tures. The formation of complexes is due to the
adsorption of paraffin hydrocarbons by the oarbamide
crystals. The authors investigated the Influenco of
0
various solvents (methyl ethyl ketone, petroleum, alk7l-
ate, acetic acidg isopropyl alcohol, benzene and a-^e-
tone) and of additives-on the deparaffination of lubri-
cants. Most satisfactory results were obtained when using
methyl ethyl ketone and isopropyl alcohcl. Methanol
and normal heptane were moat suitable as activators.
The quality of the raw material influences the de-
paraffination process and very good results were ob-
tained when using light oily fraotions. Two treat-
Card 1/3 ments with carbamide suffice to separate the solid

SOV/65-58-10-3/15
The Deparaffination of lubricating Oils with Carbamide
hydrocarbons. The experiments were carried out on
fractions boiling between 350 and 50000 of Tuymazy
petroleum when using Isopropyl alcohol as solvent.
The deparaffination process consists of the following
stages: the reaotion between the earbamide and the
distillate; the separation of the complex by filtration;
the washing of the residue with the solvent; the de-
composition of the c(,mplex and the sepaistion of the
solvent by distillatAon. 5 to 20% methanol, water and
ethylene glycol were used as additives (Figs. 1, 2 and
3). The best results were achie-red when using 9 to 10%
methanol and 5 to 10% ethylene glycol. The influence
of0process temperatures was investigated between 60 to
25 0. The interaction of carbamide with solid hydro-
carbons starts at tempemtures above 4000, and opplex
formation oocurs ~t an initial temperature of 55UCI
bet-Keen 20 and 40 C de pa ra ffination is minimal.
Tests were also carried out when usizg 50 to 175% car-
bamide, and the separation of solid hydrocarbons was
most satisfactory whdn using 100% carbamide. The length
of the experiments varied between 10 to 90 minutes and
the optimum time of mixing found to be 30 minutes. The
Card 2/3 degree of purity of the paraffin depends on the amount

SOV/65-58-10-3/15
The Deparaffination of Lubricating Oils with Carbamide
of the solvent used and on the number of washings. 96%
pure paraffin was obtained whan washing, the samples
twice and usirg 50% of the solvent. The authors also
attempted to Improve the solidifoation points of the
lubriCantsby using 1% of the depressant AzN11 (see Table).
In this way the solidifiroation points can be-lowered to
-25 to -301C. The method of extractive crystallisation
makes it possible to manufa--ture ti:ansformer oils with
solidification point,~ of -45 to -500C and oily distillates
of motor oils with solidiAcation points of -9 to -1000
There are 3 Figures, 1 Table and 13 Roferances: 4 Soviet,
8 Xnglish and 1 German.
ASSOCIATION:MNI Im. Gubkina (MNI im. Gubkl.n)
Card 3/3

KUZ.'MIN, S.T.; CHEMIOZHUKOV, N.I.
Dewaxing of lubricating oils with carbamide in the presence of
isopropyl alcohol. Trudy HNI no.23:62-69 '58. (MM 12:1)
(Lubrication and lubricants) (Urea) (Isopropyl alcohol)

/7
32-8-45/61
AUTHOR GOKHSHTEYN, Ya. P. 'UZRIN S. V
VOLKOV A. F. t YA1WCHEV
TITLE Oscillographic Polarograph "Geokhi".
(Ostsillograficheakiy polyarograf "Geokhill.- Russian)
PERIODICAL Zavodskaya Laboratoriya 1957, Vol 2,1., Nr 8, pp 988-992
(U.S.S.R.)
A13STRACT A new highly sensitive device for os,rrying outenalyses is
I
concerned here. The experiments of the quantitative deter-
minations of small contents of Bi, "-;b, Cd, and Pb at high
content of uranium-are given as examples. The radioteoh-
nioal scheme of the apparatus is -iven here which shows
that to the main part of the apparatus there belonge the
generator scheme with two tubes, a pentode with reversed
negative binding in the cathodel in the wiring cirouit
of the second stage there is potentiometer which regulates
the amplitude of the saw-tooth-like oscillations which are
then recorded by the generator by MOans of a capacitor.
The next tube (A.) has an oscillation limiter the treshold
of which is re,:ulated by an alternhLt,ing resistance. The
oscillations are received by the next tube (4) which has
an electrolytical cell and a cathode, repeater, after which
CARD 1/2 they are transmitted to the next tube (8) with the cascade