SCIENTIFIC ABSTRACT VAYNZOF, A. - VAYS, S.D.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001859120016-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
• Sequence Number: 16
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

VAYI,'Zq V.; IZV, B.; ZAKORKO, 11'.
Norms for the number of workers. Sots. trud 6 no.6:113-119 Je 163.
(MIPik 16:9)
(Uraine-llipa mills)

LAVRUSHEO.'P. -, VAYNZCF, A.; BAMK, Yu*; BUTIORINA, Z.; SUMOVICK,V.
Hidden potentialities for the increase of labor productivity in
pipe workshops. Biul. nauch. inform.t trud i zar. lata, 3
no. 10:3-13 160. MRA 13:12)
(Ukraine--Pipe) (labor productivity)

VAYNXI~,.-_A.!j.,, inzh.; BANNIK, Yu.A., inzh.; BUTORINA, E.I., inzh.
Methods of establishing industrial standards and potentialities
for an inoreaved output in pipe drawing mills. Stall 23 no.31
254-259 Mr 163. (MM 16:5)
1. Ukrainskiy nauchno-issledovatel'Wdy trubnyy institut.
(Pipe mills-Production standards)

(-VATNZOP, M.
Adjusting wage funds in connection with the new bonum
system. Biul.nauch.infom.: trud. i zar-Plata 3
n0.4:27-31 160. (MIRA 13:8)
(wages)

- VAYNZOFS M.
On a single period for awarding bonuses to workshop and plant
administration workers. Sots.trud 7 no.4s68-70 Ap 162.
(KIRA 16t1)
1i Zamestitell nachallnika otdela rabochikh kadrov, truda i
11
zarabotnoy platy Dnepropetrovskogo soveta narodno a khozyaystva.
(Dnepropetrovsk Province-Bonus systeml I

VAYNZOF, M,
Compcusation for overtime in production sections which are
in continuous operation. Sots. trud 6 no.6:IL18-IL21 Je 161.
(MIRA 16: 8)
1. Zamestitell nachallnika otdela rabochikh kadrov. truda i
zarabotnoy platy Dnepropetrovskogo aoveta narodnogo
khozyaystva.

VAYNZOF, M. (Dnepropetrovsk)
-----------
On. material incentives in filling customers' orders. Sots.trud
4.1 'no-7-127-130 JI 160. (MIRA 13:8)
(Dnepropetrovsk-Bonus system)

VAYNTRAUB, I. A., MMENKO, V. G., GOFMAN, YU. YA., SOW!, A. D. (USSR)
Isolation of Globulins from the Se,-.ds of Certain Le,auminous Plants and D,-terminaO.ons
of their N-Terminal Amino Acids.
report presented at the 5th Int'l.
Biochemistry Congress, M03COrW, 10-16 Aua. 1961
Z, 0

VAYMTRA71-iT
"Isolat.ion of Glohl~lins from, Vie Speds of Certa~4n Eer,i-m4irio-r
Ilarits and Deternimotion of tie-ir ".1 If
.1-Terminal ,,kqjno Acids.
Report prcsented at the 51th Int'l. r-Fress,
,, 10-11' Alif~ VIA.
Moscow 0

-A J_
AUTHORS: Sunygin,
TITLEi A Device
obzhima,
PERIODICAL: Byulleteal
SOV/19-58-6-78/685
K.K,, Vay-ntraub, I.!., and Iskoildskiy, Tr-
for Compressing, e.g. Book Blocks (Ustroystva dlya
naprimer, knizhnykh blokov)
izobreteniy, 1958, Nr 6, pp 21 - 22 (USSR)
ABSTRACT: Class 11c, 1. Nr 113720 (587360 of 4 Dec 1957). Submitted
to the Committee for Inventions and Discoveries at the Mi-
nisters Council of USSR. A device designed in the form of
two systems of continuously rotating horizontal rollers
with an endless band running around the rollers of each
system; the working branches of the bands form a gradually
diminishing gap which is adjustable by screw devices mount-
ed on a frame and changing the incline angle of the one of
the roller systems.
Card 1/1

VAINTRUB, V.K.; KHAIMOVICH., M.G.; SLUTSKIY, A.P.
Efficient design of the speed reducer and variator. Kozh.-obav.
prom. 3 no.2:16-18 F 161. OxUFA 14:4)
(Conveying machinery)
(Shoe industry-Equipment and supplies)

VAYNZOP, M.I. (MOSCOW).
...........j.....
Labor saving i zincographic copying. Poligr. proiz. no.5:15 My 153.
(MLRA 6:6)
(Zincograpby)

TATNZOF, H. 1.
Photo-engraving cotton printing rollers. Tekst.proz. 14 no.10:
- - 44-45 0 '54. (MLRA 7:10)
(Textile printing) (Cotton machinery) (Photoengraving)

I I I-
V 1 111 7 ;, -~, ,I. I ~
VAYN7,0:-', 11. (I;iej-:rorvtrovt1-.)
Plethod for rom-Ming n shift chart on uninterm.ted ooernting
aggrageten, Sntm.trud -,o.3;109-115 Ag '57, (Yul lo:01)
(Houre of labor)

VAYNZOP, M.; SIMITSKIY, S.: KATAYEV. V.
Unsolved problem. Sots.trud 4 no.2:72-76 F '59. (MIA 12:4)
1. Otdol truda i zarplaty Dnepropetrovokogo sovnarkhoza (for
Taynzof). 2. Starshly inzhener po planirovanivu i trudu Teploelaktro-
teentrall No.8 Hosenergo (for Studitsk!Y)- 3- Starshiy inzhener
ORKT i ZIa Permakogo sovnarkhoza (for Katayev).
(overtime)

GUSAKOV. S.F., inzhener; VAYOGANT, A.S., inzhener,
Farthwork under cold weather conditions. Strol. prom. 34 no.q:
7-10 S '56. (MLRA 9:10)
(Barthwork--Cold weather conditions) (Frozen ground)

A ,4 TV] f ) I N_~ t i i-r) El T- U-i I 1 1 r. 71 : J Lz~ P. A i n I I-Ij U I ~ !I Y I il' ' 1- i 1
materials). Mah-Inev, GoIG. izd-vo A"-rty! :?IQI'd--vQvV9-q-I-,,-Q, IVU4, 4-1-tio

. I.. - I.'. ~fll
I . . .11 f ~: : : , , - ..,
m-, ~ "I

- I u,C,- I
-1-1
gm, t
NO. / ". I r~
V~l
M
E

ni-T Q;U T R F 119
Mi- Fl Jl

VAYFOLINI A.A.; GASHIHZADEj F.M.; GORYUNOVA, N.A.; KESAMANLY, F.P.;
.tkDOV, D.N.; OSMPNOV, E.O.; RUDI, Yu.V.
Physlcochemical and electric properties of certain ternax7
semiconducting compounds of the type AIIBIVCV . Izv. AN SSSR.
,. Ser. fiz. 28 no.6t1085-1089 Je 161,. 2 (MMA 17:7)
1. Fiziko-tekhnicheakiy institut imeni Ioffe AN SSSR.
I

ACC NR: AF60-:1786 SOURCE CODEJ ni/0363/66/002/011/1966/1969.
-UTiC-r Loshakova. G. V.; Plechko, R. L.; Vaypolin, A. A.; Pavlov, 3. V.; Valov,
'Yu.. V.; Goryuncnra, N. A.
'MG: Fhysicolkechnical Institute im. A. F. Ioffe, AN SSSR (Fiziko-teldmicheskiy
linst-itut 01 SSSR); Ydov Pedagogio institute (Kievskiy podagogicheskiy institut)
TITIZ: Production and some properties of the semiconductor compounds ZnSnP2 and
CdSnP2
:SOMCE: AN SSSR. Izvestiya. Neorganichaskiye materialy, v. 2, no. 11, 1966,
i1966-i969
TOPIC TAG3: zinc containing alloy, tin containing alloy, cadmium containing alloy,
phosphorus containing alloy, semiconductor alloy
1ABSTRACT: Previous attempts to obtain ZnSnP from a mixture of components taken in
istoichiometric ratio yielded a product conta"g a mAxturo of phases, including the
Iternary compound ZnSnP2, but also zinc and tin pho.~phides. The present article
!describes a nothod for producing single phase ZnSnP2 by crystallization from a dilute
!solution in tin. The initial w~oighed portion consisted of zinc, tin, and phosphorus,
in -which the tin was taken in large excess over the stoichiome'ric amownt. After
heating to a temperature of 8700C and slow cooling in an evacuated quartz ampoule, the.
Card
UDC --537.31-1--33-

I ACC NR'- AP6036786
i 7 thin -Pil:-. o~' tir. on ',-e ZnSnP2
nSn? was sararated from the tin. The remzinin,
1 2
!crystals was dissolved in concentrated nitric acid. Zie crystals of ware a.
!dark gray color, and were 3 x 1, 5 x 0.5 ro., in size. Analogous oxpararants with
CdSnR showed that it could be produced from a dilute solution in cadmium. X ray
1 2
,anal is of the compounds obtained made it poss3:61a to determine the type of crystal
YS
the lattice constants, and the microhardnoss; these values are listed in
!tabula-. form. It was shown also that ZnSnP? has a considerable aniount of chemical
!resistance to a number of mineral acids, including nitric, hydrochloric, sulfuric, and
1hyd-rofluoric, while CdSnP has very little resistance to these acids. Orig. art. has;
U figure and 2 tables.
';SUB CODE: 11, 2.01 SOX IM-j 23Dac65/ OUG REF.- 001/ OT-d REF: 002
L~arci 2/2

S745035
Vaeocrjumic,ye cove-h-1ye tiontoy-Y.. 3d, L-i.:-A' 1959-
Stekloobru-noye, ooctoya~! trj4y Trct'y~,,. P-ehchanly.
1(-',o ricy.1-y- 1959 (Vitr~ixia State; Tmnsaztlons of t%e Trilrd Co-
ftrenct on the Vlt7.,, State~ Ht-11 in Unlag-4 1959)
Itd-vo Ail SSO, 19-.0. 534 p. rrrULh AIIP Irtserted. 5,200 coplet PrIntr,1,
(Serfea. ZL8: T-4y)
Sponsorine Agencien: In,itititt ki,imll allOA-ci Akadezril aaak SF-SR. Vs.s.y.&t,'%oy.
Jildmich"koye obahc4eittva 1-41 D.I. Hei,d~lryevz and Cosudarittvertayy ctrdftr~w
Loot" opticheAkly Inatitut 1-11 3.1. VAYII~a.

Zditorial Boasrd: A.I. Ave~tlnlkt V.P. BartalovtUy, M.A. be-borcdovo O.E.
V.V.Vkrgin, A.G. VImov, K.S. A.A. Lebclc,, M.A. Nattte~`~, V.S.
Molcb=ov, R.L. XyLaler, Y..A. Foray-r.---ItA, Ch~lra..' N.A. To-CPO,, V.A.
rlorinukitiya, A.K. YalbItind; Ed. of Publishitm, Bote: I.Y. Sayorm; Tech. r.A.:
V.T. Dochever.
PURPOSE: 'This book Is intended for rentarchera In the science "d technolo" of
glasses.
COVF-%QE: Tat book contains thc mportfi ~d dl'-~-!-s 0!' the Third All-Wilon
Comfcrvncc on the Vitrcv,4ii Stele, held in I~Irertd an Hv-ter 1(-19,
They eteal vIth t-tic tet--oIs ard mouit. cr at"4yinj: the s t_cttire of the
relation between trit stntct~ "d pro,~rllei, o.- gInzrcr, the LAtUM or
chentical 'bond and Flaxti otructui, and the cryt,tallochmlmtry of E1.14. Ir
sillca, itiechmni~ of vitrificatIon, optical yrcirertics -it el"s attictu". acd
the electrical prop--rti- of, glasses am also di-assel. A niziiber of ti)n re-
ports deal with the atpndence of elftso on calronitim, the tIntlaz 0:
gl"mes and mliatim erri,cta, and mech~.Io&l, technical, and ch=Ical proi,,ir-
ties or gl"aca. Ottcr paptra treat gl- sm1conducto" and sod.
glattooz. The Cotiftrenco vA- Att..3cl by itore )DO d-.-1ez.t.D frC. C-I.t
East Geraarx scientific or4j4rAmtic,.- knong tY~c rarticij=ts in the diocitaiji-t
were H.V. Solunin, It. V. X,xvzhinokly, I-A. Cast", V.P. Pryanishnik", Tu. Ya.
Gotlib, O.P. Mche11"-Pctro8yitn, G.P. KLLhaylo~, S.M. Petrov, A.I.I. L-aro,, V.I.
I.evi., AN. Shatilow, N.T. Plot hchl astly, A.Yu. Kusnetsov, E.V. rtct;tyLmv.,, G.V.
S kor
13yurr.anov6kaye, A.A. nat'.'.' H.K. . P.Ya. BaUm, E.K. 1:.IInr, Y..A.
]E=netsov, V.P. Pozdrtv, R.S. Sheveltvlc~,. Z.O. Pim~,er, asid O.S.
The final "aslois cf the Conference v= AlAreatted ty Prof-or I.I.
Honored Scicatiot and Eagirmer, Doctor or Technical Sci e.c'O. The follwing
Institutes we" ci%gi !or vittir contrtta-.I~ to the developremt of glaits science
And ttchnolo~y: opticnes~ly ini,titut (Sta-.r Optical Inatit,te),
lustItut Viltill %ILIL~t~v AN SS~;R (IntititAte of S111cate Cnemititry, AS L=M)'
F-I-ichcak* i-tltlt AN SSSR (FittitIcz AS MZA), FIzIko-t,,W Ith-10y
InAtItut A-S 5SSR jrrtit,tte AS USSR), Intititat rIzjkt AN ri,-R,
1416sk (Inttit,.ite cr A-lemy or '.'~cicncen, Btilor~zkmya SZR, Mirok),
LAborutory of Phygic&I C~c=14try of 4~jjjratca of tje IartItqt obshch~y I neoreni..
chtakoy k1A.11 JO Minsk (ln&titztr of Oetteral ai,.-i Inore:antt Che~t&try,
Acftdes~ of Scietcta Belor"Onym SSA Mlt~k)' InAtitut
*
'
'
scty.d,ir.tity ILi
-.- 1U6
h
Mo1vcAI&r Cmr~,~s, AS US$R), Qo,,%A,%Ar&tvtn-
nyy 1"titat atekla lst.tc, 7-titut, for Zl-e), Gmularstvennyy IrtatItat Otck-
lOvOloll,,14 (State lam-Ittite for GlAr. Flbtri;), vlektrotek-li-
nlcbesk%o stella (St~t~ 1-tit~tt for Flectriml Gists , Sib nkly fl&lk-
tReftaic!".UY, T.-sk Intit4tute, T-hli)jesjr.~rra~-
Vulversity). Mczknvitkly Wjjc,Lt,~
tekhnolo&ichtfikjy i-tit.it (),iotem 1-1.itutt cr C~je~jcaj
t*)innoloLjtch-kty i-tit,t to. (t-ii,q;rt2 Tt-ologic.1

Intitit.ac, Minsk), N4-1~.,,rks-kly :rz-it.t
Pctlytecli"IC -,I S~trdloviik'Y T-Illtekhn--~~JY in3t1t,it (11yox-dia-k
Polytechnic lnmt.'tjte). Tit Coniferenre was ti~',sorcd t., t-'e Ivztit,ite "r ('111cate
Carzistry AS kfz~n!% M,eltol A.S. G~otlib), the, V.-yumoy.

C,
1,y- A, I ni DO
ob,hO-t- I=. 0.1. N-All ,_to. I Soclety I.e.
Mendeley-), -.1 t- ord.. I-I.. cTua~,,kly 1-nj
S.I. V-11- 'OrA.r or 1,cnia" i.ent S.I. VWI-).
The 15 rft~oluti- c: the Coaf-eri- Intlude to o.';-1A- a
Centrr for ti.r. 1-,~,e tf' coordinatin; Vir mii"rrh on ::I.-, to
Wriodic.1 und t tit'- "FI-iku I k:A~Iyn &te~.Ift" (F%y5Icx A-' Cr-Ot,try of
Glaris), anl to J~!h t-,r lrtornmtio~l C,---..ttv, oa Glass. Tne C-fcro,t- u-
A.A. L~Wd-, -1 Ch.!,-a .!' V't, Ore'..'--ti,~a ~'r C--
sitt"e; Y-X. D-tor G! rt.~'Llcv, "I mat~t-atien, "f
OrEamixt,tio-I Cce;--Itt-; atil VYulIr, Doctor of Ct-Ichl Scir,
or the C-Itter. n:- t.1%toriml bmt%I t~-kti G.M.
M.V. 1.T. D-H-, D.P. tvychln. S.Y.. rlubrovo, V.A. J,,rr~,
B.T. 1:.I1v.Iyct-, . rer-j'.

Vltreo,,- State (Coat.)

ChmIcal Pro;~rtlco of Gl"aes
Dubrovo, S.r. Chu3lcLI or GLvccn
Nikollsi-ly, B.r., Yo.A. P-4 V.Y. Holveyev. Stult C! t!~t Irter-
iketion of Ilt-tre,4c Giacceo Vith Solution- by M~aia of thc
7 ac-_ .;-hoj
Dubro-kly, V.K., and T.C. On the comro.xt-.~.' or tt..
Sarf-ce F11. or roda-Uno S11--we cln~L-
Kok.rl.a, V.F. Effect of AIV-14 E~Lh ?!~t&l O~id~b on- tbo C--aoAl
St.billty of GI"..*
Abrc=y~, A.V. Le.chln,- of r~"l vity.owl rl~r-ltn lli-h AtId
SOluticna =d the St&to cf V~= C~10,za In th~ rtruct- of 11-:-1t Gl=s
Mazelev, L.Ta. Vitrincttion "-I Prol-Trtles of Bomte Gl=.e3 45T
Card 10/22
vit-o= z;t.te (ccrt.) SN/50"5
llozborod-, N.A., F.E. M:-, ---I V.S. on "e of Aj~.J.= In
Aj-ln-!;O~p!~tc almota 441
an!l V.M. StAQ--M. Sy4theDiD
Smkho-U~Jh
S.4. ~.l Cf tht
.
,
Pro,ncrt.i~o 0. grX.4- llli-t.,. rl-,-a 4A4
Disc-ion 416
SMM VMJ:IM3 Sr--0 0? X SMIAL TL,71~:.a
semicoada.tor 01=0's
Koloolyetup B.T. Zcrdconla~to.-Glm4~ea
loffe, V.A., I.V. Patrina, -14 S.V. Tobrrovzl-yl. Flectriml
S=e Seziconluctor Oxle~ GI-res 4!-1
Koloolyeta, B.T., N.A. Gory,~nv~, an.-V.P. ShIlo. Vitmo~ C~ttn In
45,;
lr.lcmiy~ta. D.T. end B.V. Ctt-l ef Chal.c::c~ld. 01
c-a 19/---
vit"OUB St.-LO, (C..t.) sm/50)5
XOIOoly~t-, P.T., T.N. -.4 T.F. vezn,,,,.
of al"",
VaYpolln, A.A, and yo.A. to.1q.ftshitt ll)-tor of Fty.-- --- Fmt.%~--mtjcsj.
r-M-Mrrra-tjon rt~-ay of, V.L_
. ,
V.A., 9.0 V.V.
SuLfiden or Gro,p V 1:1--t, In tl~c I-criclit Oyzt~ of D.]. vc---'~jr.,v 4,4
Di.ca-l.a 4"A
Dobychin, D.r. Control or P.r-- Ql~- Str-L~, -d of thl G.Ift
ll.rwl 11-t, (;J-~ f%mct,_ V:lt!l It 4
"1101, V.1'. 0141-4L C-~t-t, -1 p.- ., j,.y or G,
C-d

ACCESSION NR: Apho39667 S/0181/64/006/006/1769/1772
AUTHORS.- Dombovskiys S. A.; Vaypolins A. A.
TITLE: Properties of crystals of I's 2S03
SOURCE: Fizika tverdogo telas v. 6. no, 6y 1964s 1769-1772
TOPIC TAGS: arsenic selonido, differential thermal analysis, unit cell,growth rate
ABSTRACT: To study the mechanism of body crystallization of glassy As2Se3 in the
temperature interval of softening., the authors measured the crystallization rate at~
240 and 33GG by differential thermal analysis. They found a reciprocal dependence
of crystallization rate on viscosity. The parameters of the unit cell for single
crystals obtained by growth from the gaseous phase were found to be: a - 12.053
0 0 a
0.001 A) b - 9.890 + 0.001 As c - 4.277 + 0.001 A, 900281 + 311 the space
group is P2,/n. AsPe3 is isomorphous w1th As2*S3* The width the forbidden
band In glassy Asse, is 1.8 + 0.05 ev; in sIngle crystals and polycrystalline
material it is 2.1 + 0.05 ev. The density of glassy As23s3 is 4.68 g/cm3s of
crystalline materisi 4.80 i/cm,3- Orig. art. has: 1 figure and 2 tables.
1/2
Card ,.

ACCESSION NR: AP4039667
ASSOCIATION: Institut obahchey i noorgaaicheskoy khimii lm. N. S..Kurnakova AN
SSSR., Moscow (Institute of,,General and Inorganic Chemistry AN SSM),- Fiziko-
tekhnichosiciy institut im. A, F. loffe AN SSA Leningrad (Physicotechnical
Institute AN SSSR)
=xmm: o7jan64 FXL: 00
SUB CODE: S3,0 ~O NO RU SOVs CIO
OTHM3 003

LTI. I VA IPQ

O-CIATION.- rnstitut i ma~tematiki AN 'Llrall Ss .0 ftstitute ef Phydes and
SS IN I- L7, I
A
IMathemattics, AN Mol. SSR)

DEMBOVSKIY. S.A.4 VAYPOLIN A,A~
ProFer-A.,ai
1772 Jp - 6i.
lns~.Itut ubsh-riev i a ~ g a r, r- h c, y Ii h i -m 1i ri I e nKu r i i ~Lq (i v a
Ail SSSR~ Moskva i 'I'meni loffe AN
SSSR., Lerlingrad,

RIMEMEMEMM-1.1 0110M low
';VCCBSS ION 6/0048/64/028/006/1085/1089--';
NR: AP4041383
jAIMIOR: Vaypolin,A.A. ; Gashimzado,F.h1. Goryunova,N.A.; Kesamanly*,F.P.; Osmanov,
E. 0. ; Mid I #V~u.V , I Nasledovp Do N. (Doctor ~of physico-mthematical sciences)
~TITLZ: Isivestigation of the physical-chemical and electric properties of crystals.1,
':f the AIIBIVC~ type Lffeport, TbArd Confe-
~of some ternary semiconductor compounds 0
n Kishinev 16 to 21 Sep 29627
irenca on Semiconductor Compounds he Id I
1SOURCE: AN SSSR. Izvestiya. Seriya flzicheskaya, v.28, no.6, 1964, 1085-1089
:TOPIC TAGS: semiconductor, electric conductivity, Hall effect, crystal structure,
icadmium compound, zinc compound, carrier mobility
!ABSTRACT: 'Single crystals of the following semiconductors wore obtained and their
properties were investigated: CdqeAs2l ZnSiAs2, CdSiP2, ZnSnAs2 and ZnSiP2.* The me-1
I ..-
thod of synthesis is not described. X-ray diffraction showed the specimens to be
single crystals with the chalcooyrite structure. The crystallography of these mate-!
irials is discussed briefly, and the lattico parametersi density, hardness and melt-1
ing point are tabulated, Both.p-type and n-typo crystals of CdGeA
52 were obtained.;
I
Only p-type conductivity was found,in the.other two arsenides, and only n-type In I
Card 16

-~ACCESSION MR- AP4041383
ZnSiPg. Results of'conductivity and Hall coefficient measurements over the tempera-1
ture range from 90 to 6000K are presented graphically for an n-type CdGeAS2 crystal#!
a p-type CdGeAs2 crystal, and several ZnSnAs2 crystals with different but unspeci-?
fied impurity contents. The flail coefficient of the n-type CdGoAs2 was independent
of temperature, and the conductivity increased with increasing temperature abQve
about 1500K. The concentration of conduction electrons was approximatel -'10 17 cm-3
y
ity was 103 cm2psec. With the aid of thermoelectric measurements,
and their mobil
the'effective mass was estimated to be 0.027 electron masses. The Hall coefficient
of the V-typo CdGeAs2 decreased rapidly with increasing temperature above 2000K and''
..changed sign at 5200K. Neither the conductivity nor the Hall coefficient of the Zn-
iSnAsZ crystals varied greatly with temperature. The Hall coefficient exhibited a
maximum at about 2000K which became less pronounced and shifted toward higher tem-
IperaturoB with increasing Impurity content. This in ascribed to conduction in the i
impurity band. The band structure of the materials is discussed. The effective
masses of the edrriers in tho conduction band and the V2 and V3 valence bonds woro
calculated, and these and the gap energy arc tabulated. All these quantitiqs in-
creased with decreasing molecular weight. The energy gap ranged from 0.53 to 2.5 eV,'
and the effective masses from 0.020 to 0.096., 0.035 to 0.19, and 0.12 to 0.49 elec-'!.
tron massos for tho Ot V2 and V3,bands, rospoctively. Origart.hast I f orejula, 6
Card

ffe Akademii nauk SSSR (physi-
E 1 0 4 ENCL: 00.
OMA: 006
tart"

ACCESSION NR: AP4010.~08 S/0020/64/154/005/1116/:LI19
AUTHORS: , A.A.; Goryunova, N.A.; Osmanov.. E.O.; Rud'
Vaypolin
.Yu. V... Tret yakov, D.N.
TITLE: Investigating ZnSiP CdSiP crystals
2* V and.ZnSiAs2
SOURCE: AN SSSR. Doklady*, v. 154, no. 5, 1964, 1116-1119
TOPIC TAGS: high melting compound, forbidden zone, chalcopyrite.,
Debye crystallogram, right prism, phosphide crystal, xray diffrac-
tion, lattice spacing, electronic mobility, anisotropy
ABSTRACT: The lack of information on the ZnSiP CdSiP and
2'P
ZnSiA82 crystals prompted an investigation into their s?ructure by
the use of x-ray and electric measurements. The phosphide crystals
are transparent and vary in color ranging from ruby color for the
ZnSiP2 to light red for tbe-CdSiP 2* The anistropy of the internal

ACCESSION NR: AP4016508
structure of these crystals is projected to their external appear- w
ance; the phosphide crystals are divided into hexabedral, penta-
hedral and trihedral, according to their lateral faces. They are
resistant to a variety. of acids and alkalis. Optical measurements
have made it possible to determine the width of the forbidden zone
of the crystals under consideration. 'These ZnSiPo and CdSIP2 para-
meters have thus been defined for the first time. The width of the
ZnSiAs forbidden zone was found to be less than 2.1 ev. The micro-
hardneis of the pbosphidesis somewhat greater than that of their
binary analoguesj and their width is larger than that of the for-
bidden zone of the same order. As for the arsenidess their micro-
hardness is of the same order as that of their blnar~ analogues, and
their forbidden.zone Is narrower. "The authors ar~~ grateful to B.P.
Zakharchene and G.A. Sikharulidze for their assjs,,4#~ance In determin-
Ing the width of the forbidden zone. In conel'Asion, the authors ex-
press their gratitude to P.M. Gashimzade for'a discussion'of the ive-
sults.11 Orig. art. has: figures and 2 tables.
Card

ACCESSION NR: Ap4o165W
ASSOCIATION's Inatitut fiziki Akademii nauk AzSSR (Institute of Physics AzSSR);
Fiziko-tekhnicheskiy institut, im. A. F. Ioffe Akademii nauk SSSR (Physico-
technical Institutes Acadevq of Sciences SSSR)
SU%1ITTBDs 12Jul63 DATE ACQt 12mar64 ENCLt 00
SUB CODE PH NO REF SM 004 OTHERt 005
Card V3

Phy~lco-chemical properties and structure of monocrystalline samples
of ZnSIM2. A. A. Voypolln, M. A. Goryunova, E. 0. Osmanov.
Investigation of macrocrystalline ZnSiP2. N. A. Goryunova, A. A.
Vaypolin, Yu. V. Rud'.
Some properties and zone structure of the ternary compound CdGeAs2-
F. M. Gashimzade, N. A. Goryunova, E. 0. Osmanov.
Electrical properties of monocrystalline samples of ZnSnAs2. N. A.
Goryunova, F. P. Kesamanly, 0. N. Nasledov, Yu. V. Rud'.
Investigation of properties of ZnGeP2 and CdGeP2. N. A. Goryunovail
N. K. Takhtareva, 1. 1. Tychina.
On the question of the existence of homo)eneous many-component tetra-
hedral phases. G.A. Aberklyeva, A. A. 3-faynolinx N. A. Goryunova.
II IV V1
X-Ray investigation of certain compounds of the type A 0 C 2
A. A. Vaynolin, E. 0. Osmanov, Yu. V. Rud', 1. 1. Tychina,
A. Goryunova, A. F. Iyevin'sh.
Report presented at the_3rd Nation4l Confe"ence on Semiconductor
Compounds, Kishinev) 16 21 Sept 1963

Semiconducting phases In the system A3 1182VI -A IIaVI (7 - Sic.).
L. V. Kradinova, 1. 9. Polushina.
and Its solid solutions.
Anomalous scattiring of x-ra ys in Ga2Se3
A. A. Vayfw_~Ijn and M. M. Markus.
esiii~i4 6j'k, A. Vaynolin--25 minutes).
Papers not presented.]
Diffusion of Impurities In gallium arsenide. 0. 1. Boltakst V. !..Sokolov,
F. S. Shishiyanu,. I I
Influence of the Impurities silver and gold on the electrical properties
of gallium arsenidee Bo I.-Boltaks, V. I. Sokoiov,__F.,_.S. Shishiyanu.
Report presented.at the 3rd National Conference on Semiconductor Conpounds,
Kishinov, 16-21 Sept 1963

ZVAY OLIN A.! PORAY.KC6ETITS Ye. A.
rpf
Stracture of glassy areenic chalcogenides; corrections to the
radial distribution curves. Fiz, Wer. tela. 5 no.l.*21,6-255
-Ta 163. (MIRA 16% 1)
1. Institut khWi silikatov AN SSSR, Leningrad.
(Arsenic chalcogenides) (X raye-Scattering)

oil
';"M. T/0T2j&0/W/03VXrz1/023
5005/1008
r2t= CAL A Stakla I k1rauLks. 1960. 9r 3. pp 43-46 (U332)
LISM"? I Tho 3r4 All Ulan Conference en the VItrabUS Met* WAS U-3111 14
L.L.C.4 A; the ad of 1959. It was Organized by ths
"i-;! AT 2331 Ernatitut. of the M.M"Ary or -=.4tis
AS van). Tossayus"Yo khi&1obv.'.Oj_ 2.
Readeloyeva (LIA-vaun Ch.XIQL1 Society Anent D. 1.
and optichiskir Inati.tut S.SAL 3. Z.
(TWO Optimal Xnatitute Laint S. X. gore t-%= 'TD0
"parto an the struntu" of Clasap investigsti*a aysb~.'~ o1' IN#
witzge" 8:09. tLe mt,ahaal.z of vilrifleaU02 &33
wed t:ahal &I prdporti*e of Cl.te*v war. dell-r.3. tt~a, C-f-z
0.0 a =&4 by Aosdantalan At.A. Ait&d.,..
At the 5th r.2oTtz &-1t a!~!t
the is"StIGS1104 A.'I_ 4
T.-Si 3A gal Aluzahorou Ino.aly ot
4T-F.74.1-10.110 Gla, 0:4.1 T.. 1. 0.1aak, -04 the CO2rt!.1r.'1'-
bare of Alustauja And 3 Von LL ~132* MSIWJ_~. ?~ I
- -_ _..' It
an St"StAX.1 ObLASSE 14 bOrOU-8111091. J~. r ?'!
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th & "A ar. of ba"4-81110ate cl.sass &~'s shvir
To. A Party-UshIts 4.4 x I
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car4 318 0 the 15
-~U- fith "Ill.$ deals with the elentria Drap.r%ie. at
reported 04 the 4Qt.r3IrAt_.7:.
ulth the .14 at sa elo.trio ti*ll I
and T- I- 01-1-11kiZ, -5%ruO%.r
the 1.1yasr'It"I 0 T ir
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reported On it* Zility ami ths 4.~64 Z. ~L~Z..
of "a iOALQ 4=4 .13-r Q.~q..tuo. a.- i~~
T. 1. 04slev.kLy reported an th. "tar. of 4i.%.Qtr1A
4148111k. M4 ry.talli.o T,
we _~11 A alarls.%Lou, "4 14,
0.0 .. :!Ith
K-A_Pr_-. T. r. C_%a
I.Partcl an sa's.tiettloo. af,ii _--~TCi_ftT1t7 Of
f1*248. 0u tu. of
mA4 Z42 1. gaze 61~63.s' T. A. T, 'I-
_~kAX& AA4 qX. n--t-ka an I**trI. of
and pot. on
wb!Qb var. c."I*d out uz4sr the -21ririi-oli of Prof"3.~ X. .1.
1;::tzOP'Yh-! eA the Xaf.dra L?l iz~il Le2.3141. (-Z-%r for
0. or 1 0 144 C&I jb~tlt.ta 1,--IA L.
1Lh . ro'.." -The P*P - *be .1 the Elect .... ~Iuctjvjtjr as!' Clailws
Card ~18 0. V. M--urli
S. -1. Labkova c... in'.8ticsti" --'Its at the
:oAd.611TIly or Alsov.0 or the 6,7.t.. 3102 . B203 -M.21 M. the t;.-
orst.re. range of fros, ;02-1300" And an the Influ.-W of Ctt t 1~ - I
of tin* *.ld& #a the 4 240t7ld O.MU.Ii-eltr nf V%'-
glaso-4. At It. 7-h 6 7.2arts 4.42t with C244~'_ .. 6'.1.
ra. 9 with the 0*1~rlmf Of C148..R .24 the i-IM-4.0 of r.-
'-Im":004"mad 4 TOPOrtf with leahnim.1 prop-r A.
let* .00 Pro to- ~5.rac"'
and t~ v, Sh
roporW 0. .t;. ~Z.Fth.
0 of th:ir,g..-ral proyerties and 0. the limit. or V" zr:o..'
t&t:aZ, the 7a M?1,3. - A2230 3' TI'se - 5b 25o 31 n2;".~ - ),
t1 - As - 34. B. T. Calasiwels And a. T. Pxrlor reported &a the op.
I abearption in a number of 1. T.
0. F. I ... raw. reported oao the .1.0-
Iran QaA4uoSIIST of bal.occald.-Il
A 41 P.Phia In ... tl=ou a of vi-
.41 14 sad A.
r porltd a. The ab.". % t
M-raifted by the. with asarar'.sats. X. r.
A;. ri
Card 5/1k r.;,cr%*4 am struoture
propertlem of ferrous boron atainses &AI

A.; POW-KOSHITS, Ye. A.
Structure of glassy arsenic chalcogenides; glassy and m7stalline
states in the system A02Se3 - As2Te3. Fiz. tver, tela. 5 no.lt
256-262 Ja 163. (MIRA, 16:1)
1. Institut khimii silikatov AN SSSR, Leningrad.
(Arsenic chalcogenides)

VAYPOLIN LA.- FORAY-KOSHITS, Yo.A,
C ~~- ~_M~
Structure models of glasses and structures of criatall-Ir's
chalbogenides, Fiz. tver. tela 5 no.2:683-687 F 163.
(MIRA 160)
1. Institut khimii silikatov imani I.V.Grebenshchikova Ali SSSRP
Leningrad. (X-ray crystallography) (Ghalcogeniats)

X N,
'15(0)t15(2)
AUTHORt XDlOMiyetBq B. T., SOV130-59-2-45160
DDctor of Technical Sciences
TITLE: The Investigation of Vitreous Semi-Conduotorn
(Izueheniye stekloobraznykh poluprovodnikov)
PERIODICAM Vestnik Akademii nauk SSSR, 19599 Nr 2y PP 103-104 (USSR)
ABSTRACT: From December 1 to 2, 1958 a conference took place on this
problem at the Fiziko-tekhnicheskiy institut Akademii nauk
SSSR (Physicotechnical Institute of the Academy of Sciences,
USSR). It dealt with the discussion of the experiments carried
out, mutual information on the course of experiments and their
general coordination. Representatives from 11 scientific
institutions attended the conference. The following lectures
were heard: V. V, Tarasovt Moskovskiy khimiko-tokhnologicheskiy
institut (Moscow Chemicotechnological Institute) spoke of
experimental results connected with the investigation of heat
capacity at low temperatures of As 2S3 and As 2Se 3 'His second
report dealt with the polymeric concept of glass formation and
semiconductors in general.
Card 1/4 R.L* Myuller, Gosudarstvennyy opticheskiy institut

The Investigation of Vitreous Semi-Conductors SOV/30-59-2-45/60
(State Optical Institute) emphasized the decisive role played
by the covalent bond in glass formation.
-,A. A. Vaymo.11n, Institut khimii silikatov Akademii nauk SSSR
-(I-n_eT1_tute of Silicate Chemistry of the AS USSR) described the
investigation of the structure of the system As 2 Se 3-As2Te3
by X-ray methods.
L. 1. Tatarinova, Institut kristallografii Akademii nauk SSSIR
(Crystallographical Institute of the AS USSR) reported on the
structural investigation of some chalcogpnids by electron-
diffraction.
A. 1. Gubanov and V. Ye. Khartsiyev, Fiziko-tekhnicheskiy
Institut (Physiooteohnical, Institute) reported on theoretical
problems of the semiconductor pxoperties of glass types.
V. Po Shilo discussed working results in the determination of
boundaries in glass formation in the As~s 3 and As 2so3 systems.
-1. A. Gorynnova compared the boundaries of vitreous state in
these systems with the criteria of glass formation obtained by
Zakhariasen and Vinter-Kleyn and found that there exists no
correlation between them.
Card 2/4

The Investigation of Vitreous Beni-Conductors SOY/130-59-2-45/60
To Fe Nazarova investigated the electric properties of
semiconductor glass types in the TlSe - As2So3 system.
B. To Kolomiyets spoke of researoh work in the field of inner
photoelectric effect done by To No Mamontova.
B& V. Pavlov discussed experimental results of the position of
the absorption boundary as dependent on the change of
composition of glass types.
V. P. Pozdnev reported on material he obtained in the
investigation of the viscosity of glass types in the
As2se 3 -As2Te3 system.
B. T&~Kolomiyets summarized the working results obtained by
the Physicotechnical Institute and found that in the materials
investigated the short-range order is not changed in the
transiti,on frQm the vitreous into the crystalline state.
0. V. Mazurin, Leningradskiy khimiko-tekhnologicheBkiy institut
(Leningrad Chemicotechnical Institute) described the
investigation of the semiconductor properties of silicate and
borosilicate glass types with the addition of iron-cobalt and
titanium oxides.
Card 3/4

The Investigation of Vitreous Semi-Conductors SOV/30-59-2-45/60
N. V. Petrovykh, Moskovskiy institut elektrotekhnicheakogo
stekle. (Moscow Institute of Electrotechnical Glass) outlined
the investigation results of the boundaries of glass formation
and the electric properties of contiguous semiconductor glass
types of the composition V205 - P205 - Rx0y (R- elements of th6
10 111 111, IV and V groups of the periodic system).
The next conference on semi-conductor glass types will
probably be held in 1959.
Card 4A

S/181/63/005/002/047/051
B102/B186
AUTHORS: YWpSjlin,_A. A-, and Poray-Koshits, Ye. A.-
TITLE: Structure models of glasses and the structuresof crystalline
chalcogenides
PERIODICALt Fizika tverdogo tela, v. 5, no. 2, 1963t 683 - 667
TEXT: The restalts of X-ray analyses of vitreous and crystalline arsenic
chalcogenides are used to determine the effects of composition on structure.
The following is found: When light atoms in glass are replaced by heavier
ones packirigbecomes more compact and more symmetric than would follow from
the changes in physical properties. In studies of the radical distribution
curves it was found that the composition-induced changes in structure occur'
nonrimno toni call. y. In polycrystalline samples of the system As2Se 3- As2 Te3
there exists a certain region with two crystalline-modifications and a non-
monotonic change in structure of the low-temperature phase is observed; it
is attributed to a nonmonotonic change in oond character. The increast in
ionic bonds that occurs in vitreous or crystalline phases on approaching
to the middle between the initial binary compositions is explained by
Card 11-2

Structure models of glasses ...
S/181/63/005/002/047/051
B102/.B186
effects of the ionic and covalent bond length ratios. Changes in bond
character give! rise to nonmonotonic and anomalous changes in other proper-
ties, but the most important physical properties are not sensitive to these
nonmonotonies. Approximate and general information on the atomic arrange-
ment in vitreous chalcogenides can be obtained by the method of isomorphous
substitution; for crystals the results are more exact. Glasses and high-
temperature madifications of chalcogenides consist of corrugated atomic
layers displaying nonrronotonic deformation when the composition is changed.
As a result of this deformation an increase of coordination nutribers occurs
with a tendency to octahedral formations. More detailed information on the
vitreous structures could be gained from intensity curves of scattered
liradiation and "gas scattering" experiments. There are 3 figures.
ASSOCIATION: Institut khimii silikatov im. 1. V. Grebenshchikova AN 555R,
Leningrad (Institute of Silicate Chemistry imeni 1. V.
Grebe.nshchikov AS USSR, Leningrad)
SUBMITTEDs October 9, 1962

VAYPOLINI A.A.; GORYUNOVA, N.A.; OSHANOV, E.O.; RUDt, Yu.V.; TRETIYAKOV, D.N.
Study of ZnSiP, CdSlP , and ZnSiAs cr7stals. Lokl. All SSSR
154 no.5:1116-11-19 F164. (MIRA 17:2)
1. Institut fiziki All AzSSR i Fiziko-tekhnicheskiy institut
im. A.F. Ioffe AN SSSR. Predstavleno akademikom B.P.
Konstantinovym.

WL
S/181/63/005/001/040/064
B108/B180
AUTHORSi Vaypolin, A. A., and Poray-Koshits, Ye. A.
TITL-I:': Structure of vitreous arsenic chalcogenidea. Vitreous and
crystalline states in the system As 2Se 3-As2Te3
PERIODICALi Pizika tverdogo tela, v. 5, no. 1, 1963, 256 - 262
,'TEXTs The powder patterns of As 2So 3-Ae2Te j samples show that the structure
9hanges gradually with the composition. There are two crystalline modifica-
tions around As 2Se 3' As2Te 3- For crystalline As 2Se3and the high-tempera,-
t'i;re As Se"As Te modification the radial distribution curves calculated
2 3 2 3
from the scattered-intensity curves are very similar to those of the corre-_
sponding glasses. The curve for the low-temperature modification, which-"
has higher oymmetry, differs both in position and,in the height of its
peaks. The structure of the low-temperature modification is a very close
packing of (3 -2 2
Se an!d Te ions with two thirds of the.octahedral sites
occupied by arsenic ions. Crystalline As Se belongs to the space group
2 3
Card 1/3

S/181/63/005/001/040/064
Structure of vitreous.*. B100180
P2 with eight molecules in.one elementary cell (a - 9.900, b - 12.080,
a 8-576 R); its structure'is shown in the figure. Glasses of the oyatem
As2Se3-As2Te3 crystallize on 6ating and the crystallization rate rises
with Te content. The low-temperature modification crystallizes at
130 - 1500C after several h1urs. The high-temperature modification
crystallizes at 2001C in a few 'Minutes with texturization. Several physical
properties do not change with structure. There is 1 figure.
ASSOCIATIONs Institut khimii -allikatov AN SSSHj Leningrad (Institute of
Silicate Chemistry AS USSR, Leningrad)
SUBVJTTEDs August 7, 1962
Card 2/3

3/181/63/005/001/0391064
B108/~180
AUMORSt Vaypoiint A. A., and Poray-Koshits, Ye. A.
TITLEt Structure of vitreous arsenic ohalcogenides. Corrections to
the radial distribution curves
PERICDICALs Fizika tyerdogo tela, v- 5, no. 1, 1963, 246 - 255
TEXT: In an earlier study (FTT, 2, 7, 1656, 1960) experimental X-ray
scattering curves were taken for a series of glasses of the system arsenic
sulf ide-selenide-telluride. Here the t-adial distribution curves are improved in
order to gain more information on structural variations of these glasses
with composition. ' The most probable of several intensity curves waq taken
for each glass to calculate the radial diatribution curves of the electron
density. To improve these the distribution of the atom-electron density
was also calculated. The variation in interatomic spacing with composition
is not linear and that in coordination numbers is only slight# and not
monotonic. The former, however, is not due to di -ffraction error. Correc-
tions are introduced for the dispersion of the K electrons, in the form of
scale facto.-rs in the radial distribution curves. These corrections leave
the interatomic spacing unchanged and slightly reduce the coordination
Card 1/2

S/18 63/005/001/039/064
Struoture oj,' vitreouo*#. 8100YBIOO
numbers. As the interatomic distances are about equal to the sum of the
ionic radii of the corresponding elements the radial distri-
bution curves can be improved~without having to 'compute a Fourier integral.
These improved curves can be used to improve the values of the coordination
numbers by 'taking account of the contribution of ionic bonds in the twos- or
three-component glasses. ~ g~--neral model is proposed for all vitreous
arsenic chaloogenides assuming the S, Se, or Te atoms to be in layers with
the As atoms between. The faitdr are responsible for the increased first
coordination number. There are 8 figures and 3 tables.
ASSOGI~TIONj Inatitut khimii silikatov AN SSSR, Leningrad (Institute of
Silicate Chemistry AS USSR, Leningrad)
SUBMITTEDs August 7, 1962
t:1 MZ/2

,-YAYPOLVI A.A.; P Y-KOSHITS, Ye.A.
Stracture of vitreous arsenic chalcogenides. Fiz.tyer.tela 2
no.7:1656-1665 JI 160. (MIRL 13:8)
1. Institut khimii silikatov AN SSSR, Ieniugrad.
(Oploogenides)

s/oBi/62/000/011/007/057
EIII/E152
AUTI~ORS: Goryunova,'N.A., Vaypolin, A.A., and Chiang-ping-hsi
TITLE: Solubility of germanium in some ternary compounds
with a tetrahedral structure
PERIODICAL: Referativnyy zhurnal, Khimiya, no.11, 1962,51,
abstract 11 B 292. (In the Symposium; 'Fizika i
Rhimiyal ('Physics and Chemistry'), L., ig6i, 26-29)
TEXT: Using the X-ray structural method the solution of Ge
in CuGe2P3 (I), which has a tetrahedral arrangement of atoms, was
studied. It was shown that in I the most probable disordered
arrangement of atoms of Cu and Ge is in positions similar to those
of the metal in the sphalerite structures and of P atoms in
positions of the non-metal in the same structure. When solid
solutions were formed in alloys of the homogeneous range from the
composition of I to that of the alloy with the composition
70 mol I the X-ray patterns showed one system of sharp lines
corresppnding to the structure of ZnS. The period of identity
varied from a 5.38 kX for I to 5.48 kX for the alloy with the
Card 1/2

Solubility of germanium in some ... s/o8i/62/000/011/007/057
E111/E152
limiting concentration. - When Ge dissolves in I its atoms
occupy both "cationic" and "anionic" positions.
[Absti~actorls note; Com'plete translation.'

84987
S/4.6 60/002/0-07/046/047/XX
B 0 0 6 1/1,
/6~a Bo67
AUTRORS2 Vaypolin, A. A., Poray-Koshitsi Ye, A,'
TITLE. The Structure of Vitreous Arsenic Chalcogenides
PERIODICALa Fizlka tverdogo tela, 1960, Vol.. 2, No, 7, pp., 1656-1665
TEM The authors thoroughly describe X-ray studies of vitreous arsenic
sulfides, -selenides, and -tellurides, and some three-component compounds,
They succeeded in determining 'a rule governing the structural changes
with changing composition: With increasing atomic number of one of the
elements of the VI group of the periodic system introduced in the glass,
or with increasing concentration of the heavy atoms in glass, the
compactness and the symmetry of the structure increase. A study of the
various structural variants showed that the structure of A52S3 in the
form of chains lying closely together, bands or layers with a minimum
"thickness", and a tridimensional structure of the remaining com ounds
(2MAs
are most probable. The following glasses .4 ere studied: As2S3Y
2S3'
(1/3)A5 25eV (1/3)As 2S3' (2/3)As2SeY As 2 ee 3' (3/4)As2SeY(1/4)As 2Te 30
Card 1/3

The Structure of Vitreous Arsenic S/181/60/002/'007/046/047/XX
Chalcogrenides Boo6/Bo67
(112)AS2Se 3' (112)As2Te3, (114)As2Se 3' (314)As2Te 3# As2Te 30 and
(3/4)As2Te 3* (1/4)As2S3' The samples were made available by the laboratory
of Professor B. T. Kolomiyets. The results of investigations are
illustrated in numerous-al-agiams. Numerical results are given in a table;
besides the first and second interatomic distances (rj, rjj), this table
contains the coordination numbers and the areas below the first and
second maximum of the radial distribution curves for the electron density.
The calculation of the coordination numbers 9howed that also in vitreous
As2S3 each arsenic atom is surrounded by three sulfur atoms, and that
each sulfur atom lies between -two arsenic atoms. The densely packed
chain- or layer structure of As2S3 is illustrated in Figs. 9 and 10,
According to the experimental results, it appears to be most probable,
As2Se As2Te and the three-component glasses (Figs. 3-6) have spatial
struo~i'ires. Fig', 8 shows the functions of the radial electron density
distributions from which the coordination numbers were calculated.,
Card 2/3

8)1987
The Structure of Vitreous Arsenic
Chalcogenides
Composition of tho ellass
As2S 3
As2Se 3
0.75 As 2Se 3' 0.25AS 2Te3
0.5 As 2Se 3' 0.5 As,,Te3
0.25 As 2Se 3* 0.75 As2 Te3
As2 Te3
S/181/60/002/007/046/047/x,(
BOo6/Bo67
rJAI rl,(A) Coordination numbers
As S,Se,Te
2.31 3~52 3.0 2.0
2.44 3.66 3.5 2A
2,50 3.72 3-5 2~3
2,66 3oe6 3.0 2.0
2.64 3~36 3.2. 2.1
2.76 3.88 3.9 2.6
Academician A4 F. Ioffe is mentioned, There are 10 figures, 1 table, and
12 referencess 8 SoviTt, 1 US, 1 British, and 2 German.
ASSOCIATIONg Institut khimii silikatov AN SSSR Leningrad (Institute of
Silicate Chemistry of the AS USSR, Leningrad)
SUBMITTED: December 16, 1959
Card 3/3

L 34122-6-6 ~W, /'11, t
__ - - . - f , f Tu," /A
ACC ~4'1?1 ARW'17261 SOURCE CODE: uR/oo,9/65/OOO/012/LU47/m47
I'AUTEOR. Gor-,funova, N. A.; Averkdycrta, G. K.; La;T?~Ln,,. A.
TITLE: Possibility of obtaining single crystals of multicomponent alloys
SOURCE: Ref. zh. Fizika, Abs. 12E362
REF SOURCE: Sb. Fizika. Dokl. k XXIII Nauchn. konferentaii Leningr. inzh.-stroit.
in-ta. L., 1965, 52-53
TOPIC 'UW: single crystal growth, crystallattice atrucutrep alloy system, annealing,,
zone melting
ABSTRACT: Th th investigated the possibilityvlof btaining homogeneous quintuple
alloys based oen'TV,aA0N1nd the*ternary compound Cu2GeSe.:?T In the synthesis of the
3-
samples, starting only with the composition 60% (56-as) - 4o% Cu2GeSe3, the Debyegrams
show one system of lines, corresponding to the ZnS structure. The lattice periods of
the alloys approximately obey Vegard's law. Howeverp-no complete homogeneity of the
samples could be attained: the x ray patterns showed lines of the second phase. By
zone melting there was attained an ingot in vhich*a considerable section had a single-
phase'structure. Single crystals with composition 80% (3Wn) - 20% Cu_-ZeSp3, with
size 3 x 2 x 2 MM).were obtained by the transport-reaction method (using 12 as the
transporter). A. Rabin'kin. (Translation of abstract]
SUB CODE: 20

501VIRCS' CODE: R
ACC NI': 700,3519 u /o,,6,/67/003/002/0260/0266
AUT110i: Vaypoli Osmanov, E. 0.; Tret'yakov, D. 14'.
ORG: Physicotechnical Institute im. A. F. Ioffo, Acade-,W of Scioncess SSSR (Fiziko-
tokhnichoskiy institut Akaetemii nau-k SSSR)
TITLE: Some aSDGCtS of the chemistry of ty-oe AIIBIVep diamondlike compounds
SOURCE: AN SSSR. Izvestiya. Noorganicheskiye materialyt v. 3. no. 2, 190,57, 26o-266
,TOPIC TAGS: sermiconductor crystal, zinc connound, cadmium compoundt beryllium. com-
:pound, phosphide, arsenide, nitride, germanium compound, tin camnound, silicon compound
ABSTRACT: Difficulties in the synthesis of certain semiconducting compounds of type
:AIIBIVCV2 and,the variety and special features of their pronerties led to the fono,,,ing
~:directions of *research in this -area: study of the synthosis-and crystallization of the
in general and in metallic solutions in -particular, elucidation of the stabi-
lity criteria for multicomDonent compounds, conditions of phase transformations, study
of the width of the region of homogeneity, and behavior of imuurities in comDlex semi-
conducting Dhases. The following compounds were thus investigated; ZnSiP U
21 Zn'OP29
CdSiPq, AnSiA52 I CdGeP2, ZnGeAs2t ZnSnAS29 CdGeAS2 and CdSnAS2. It is shown that they
.can b; divided into 'three groups: (1) comDounds with a vory narrow region of ho.-nogonei-
ty (Cd,5,nAs2t ZnSnAs ZnSlk,32), When they- are synthesized with certain comoonants in
excess over the stoio'hiomo'tria amounts, the excess compobents form a soparato Dhaso,
-UP-C-1-537-01-33--

ACC NR: AP7008519
and a careful determination of the unit cell Darameters does not show arri changes of
Vi (2) Cc=ounds in
the cell constants; nor is there any change in conducti ty type.
which the size and shaDe of the unit cell change moderately with changing conDosition
(CdGeAs CdGeP2)- in CdGeAs2 crjstals the conductivity-type chafiges With*the composi-
tion. ~3) Comoounds ca-oable of dissolving a relatively large amount (-20 mole ?1) of
a group III plement (ZnGe,AS21 ZnGeP2 ZnSiP this being associated vith a structural
,transition. It is concludedillat AhBIVC~-2 ounds can find the same aDolicatZons'
2 COMD
as semiconduetors of types A BV and AIV. Orig. art. has: 5 figures an(:~~ tables.
SUB CODE: 07.,20/ SUBM DATE; 27Ja-n66/ ORIG REF., OIZ/ OTH REF; 005
Card 2/2

TOMLIN, A.F*; MISNIK, Yu.M.; SHKLYAROV, M.I.
Mechanized hole boring in exploration mining. Zap. Lon. gor. inst.
34 no.L69-72 157. Owu 149)
(Boring machinery) (Prospecting)

BAKINOV, G.P.: BOKIY, B.V.: BOKIY, O.B,; BORISOV, A.A*; BORISOV, D,Y,:
GAIAYST, N.Z.; GO10VIN, G*M.; GORODITSKIY, P.I.;
DtfflRAVAp T,S,; ZOLOTAW, H.D*,- KAMOVSKIY, D.A.; KELL', L.N.;
KOWOV. T.B.; KAKUO. Te.Ta.; JUNK, TU.K.; musm" F.I.-,
PISKUKOV, I.N,; SMWSICIT, V.N,-, KRANMTZV, A.1s; SH"LYGIN, A.I.;
POPOV, V.H.
'IV
Aleksandr Mikhailovich Aliamskii; an obituary. Gor, zhur, no,2:
76-77 158. (MIRA 11:3)
(Aliamakii, Aleksandr Mikhailovich, d, 1957)

VAM)LINA, Ye.A.
I - 11 4,-
Excitabilit7 fluctuations in the Human visual analysor. Uch.
zap. 1GU no.239:135-145 158. (KIRA 12:1)
l.Iaboratoriya fiziologii analizatorov Fiziologicheskogo instituta
Leningradskogo goeudarstvennoge universiteta.
(VISION)

VAYPOLINA, Ye.A.
Biophysics of the excitability fluctuation of human vi5ual and
auditory analysors. Trudy Len. ob-va est. 72 no.1:125-128 '61.
(MIRA 15:3)
(VISION) (HEARING)

VAYFUTSKly. V.
"""Mmom
Working together in the collective. Sor.profooluzy 5 no.6:70-71
Je 157. (KLRA 10-7)
1. Predoadatelf teekhovogo komitets Hamakanskoy Teplovoy alaktricheskoy
stantsii 'Lonzoloto.1,
(works councils)

VAYELOW . A. S.
An approach to the choice of optimum capacity of the memory of a
specialized computer for u.9e in automatic control. Vych. tekh.
no.3:16-36 162. (MIRA 15:6)
(Electronic calculating machines) (Automatic control)

~LYMIDYAn, A. S
2y62/013/006/019/027
Bio
LUTHORS 1 0. T. and H. R.
TITLE. Nauchnaya kunferentsiya Moakovokogo Lnzhonerno-fiziahookogo. i
instituta (Scientific Conference of the Moscow Engineering
Physics Institote) 1962
PERIODICALs Atomnaya en*rglya, vo 13, not 60 1962, 6o) - 6o6
TEXT s' The annual conference took place in May 19~2 with more than 400
delegates participating. A review is given of these lectures that are
d to be of Interest for the readers of Atomnsya *norgiya. They are
assume
followings A. 1. Loypunakiy, future of fast reactoral A. A. Vasillyov,
design of accelerators for superhigh energies*; 1. ft. Pomeranahuk,
analyticity, unitarity, and asymptotic behavior of strong interactions at
high onorgioal A. B. Migdalp.phonomenological theory for the starty-body
probleml Yu 'D. Fivoyakiy. doo9leration of sodium-energy antiprotons In
matterl Yu. X.T-Rogan, Ya. A. Icailevskiy, theory of the Hasabsuer offtato
.9. V. Byawanov, theory of ionization losses in nonhomogensous modiuml
Yu. B. Ivanov, A.,A. Rukhadso, h-f conductivity of-subaritical plassal
Card. 1/4.,

A---
Jr-
6
8/06912/013/006/019/027
Fauoh"ya konforentoiya... B102jBie6
B. V. Pletnev, F. M. Spovakov, A. M. Stolov, supply of synchrotron electro-,.
magnoter 0. L. Sakeaganakiy, V. Ya. Moisayev, fla 0 9 -re-
sistant junctions of great diameterl B. G. Klizov Is Vayradyan
V. F. Yevoeyev, I. B. Mikhaylov, I. N. Afonskiy, B.
nov, B. 1. Strolkov, Yo.-V. Sodykh,:B. A. Shchukint optical principles In
computer engineering tachniquel R. S. Itakhmanson'g'.N. M. Roysinj
U.-N. mostoylyanakiyo Yu. A. Volkovq electronics'l.Ye. L.-Sulimo transmitter
for electromagnetic flow-motor, V. M. Ovoyankint V. M. Plushnikov, applica-
'tiozi ot'varicondes for'tr&vAforming d.o. into a.*.
ard.4/i
L

SOUXE. Foscow. -Inzhenerno-fizichoskiy,institut.
Vychislitellnaya tekhnika.
no. 16 36.
TEM A queuing proble-Tri is solved for the case when a corriputer services n
id~jiticall objects that call for computer service at rendw. The length of it"he
que-le determines the volurne of the operative rrwDr-y needed for the Carrputer.
The problem is solved for rwo cases, n < 2 and n > 2. The for-ner case is s~~orz-,
to .:)e of no significance. in the la-t---er case, D,----t.;cula--Iy for n - 1, ass-,zn-
ing the service tin-- to have an exponential di3t-rxibution (which is adr-.14-t-Ledly
a crude approy.L-nation), the author determines the probability that an inquir-j
reoaived at a tiriie t will be processed by the time t + 0, and also the pmbab-
iii-ty that an inqui-rly still not h,~Lndled at the tLT-- t 0 will be handle,~ by the
t L-ri a t0+ t. The Prol)-lem is formulated n-kathemati-cally and solved nLrerically
wit-i an analog computer, for several parai-.eter combinations. Irt Ii-S .-oLl;,d that
Card 1/2

Ah a~pproach to the choice ... S/745/62/000/003/002/004
und--::, certain. conditions the number on-emory cells can be made eqtal to the
nunbar of inquiries within a given time interval. V- D. Chaloy helped with
the solution of the mathematical problem and Ya. I. Khetagurov offered valu-
able advice. Reference is made to a paper on the subject by (,2. LuchaR
(Oparations research, V. 4) 711, 1956). There are 5 figiz-e-S and 4 tatles.

VAYS, A., inzh.
Planning and accounting for a motortruck fleet. Avt. tranBp.
42 no.8:34-36 Ag 164. (MIRA 17:10)
1. Direktor 20-y avtobazy Upravleniya po tsentralizovannym
perevozkam stroitellnykh gruzov Glavmosttvtotranoa.

VAYS , A.
Example of a devotion to the service of the people. Avt. tranS a
41 no.9:4-5 S 163. (MIPA 16.M
1. Direktor 20-y avtobazy 14osstroytransa.

VAYS, A.
Perfect organization of work secures a high labor productivity.
Avt. transp. 41 no.8:5-8 Ag 163. (MIRA 16:11)
1. Direktor 20-7 avtmobilinoy bazy Mosstroytransa.

DAVIONKO, S.A.; VAYS, A.L.; NIKOIYMO, V.F.; KAT-A H IKOT. I.F.;
KOROLE7 . "04 _f , -tor; MALIKOVA, N.Y.,
. V I., M M"SAVA, L.M., redak
tekhn1chaskiy redaktor.
[Ansembly-line secondary servicing of automobiles] Vtoroe
tekhnicbeskoe oboluzhivania avtomobilia na potoke. Moskva,
nauchno-tekhn.izd-vo avtotranap. lit-ry, 1954. 31 P.(MW 8:11)
(Automobiles--Repairing)

DAVIDMOV, S.; VAYS, A.; RATA IKOV, L; KOROLEV, V.; NIKOLENKO, V.
--7-.
Second servicing of ZIS automobile trucks on an assembly
line. Avt.transp. 32 no.9:16-20 S 154. (KI.RA 7:11)
(Motor trucks--Maintenance)

' '_ -4/.
V1
- ?rDAVLHN'KOV, S.; VAYS. A.
Vdammm
Dump trailer. Avt.trangp. 32 no.11:10-11 H 154. (WMA 8:3)
(DL,mp trucks--Trailers)

DAV OV,S.; VAYS,A.
-...M-.NWWOW
Rrperieuce in xtaing side-wall and dump truck trains. Avt.
transp. 33 no'.5:1(;-18 MY 155. (MIRA 8:8)
(Motor'tracke-Trallers) (Dump trucks)

V. J .
P. f
-KMW B.; SHUKHOV,O.; YAMASHKIN,N.; VAYS.A.]
,11
.Improving the operation of E-80 carburetors., Avt.t~ansp-33 n0-7:
17-19 J1155- (MIRA 8:12)
(Automobiles--Engines--Carburetors)

ayna" HIKOIRNKO, Viktor Filippovich, KOROLEY. Vanilly
ZKOV, Ivan Fedorovich; KISMVA, V.A., redaktor;
GAIAKTIONOVA, YeA. takhnichashy redaktor
[Dump trucks with dump trailers; the practices of the 5th track
depot of the Ohief Koscov Automobile Transportation Administration]
Samoovallnya avtopoazcla; iz opyta 5-1 avtobazy Glavmosavtotrdnea.
Kofikva. Mauchno-tekhn. izd-vo avtotransp. lit-r7, 1956. 53 P.
(Truck trailers) (MIRA 10:3)
(Damp trucks)

%,I ~ - ~Wnyy inzhoner avtobally.
1~~
Piece work and bonus wage system for repair and Rervice oorkers.
Avt. transp. 34 no.12:25 D '56. (MLRA 10:2)
(Automobiles--Repairing) (wages)

VAYSY Kh.G.; KALINA, O.S. (Odessa)
Association of coarctation of the aorta with an aneurjrum
of the cerebral artery. Vrach. delo no.10:137-138 0 163.
(MIRA 17:2)
1. Pervaya gorodskaya infektsionnaya bollnitsa Odessy i
klinika infektsionnykh bolezney (zav. - prof. L.K.
Korovitakiy) Odeaskogo meditairskogo instituta.

VAYS, Xh.G. (caessa)
Diencephalic lesion in toxopl-s-osis. Vrach. delo no.7:244-1-4+5
JI 163. (Ml 16t!0)
1. Klinika infektsionnykh bo"-ezney (zav. - prof. L.K.KorovitBkiy)
meditsinskogo instituta i !-~ra gorodskaya inf&-tsionnaya boll-
nitsa.
(DIENCEPHALON-DISMES (TOXOPLASMOSIS)

Category : USSR/General Problems - Problems of Toaching
I; I
fibs Jour :Ref Zhur - Fizilca, 1 0 3, 1957, No 5f)23
Author iVavss. Khorat
Title iThe T,)achin-g -of Physics in the Gorman Democratic Republic
Orig Pub iFizika, v shIcoloj 1,056, No 51 44-50
Abstract iNo abstract
Card : 1/1

VAYS, Khorst. Cand Ped Sci
(Diss) "Methods of Conducting Laboratory Work in Electricity in the
Secondary-School 10th Class Cvarse in Physics Under Conditions of Achieving a
Polytechnic Education:" Mos, 1957. 12 pp 21 Cm. (Mos State Pedagogical
Inst im V.I.Lenin), 140 Copies (KL, 27-57, 111)

USSR/Analytical Chemistry - tmalysis of Inorganic Substances G-2
Abs Jour : Ref Zhur - Khmiya, 1-io 4, 1957, 12059
Author :Born G.I., )Lays& K.F., Kobaladze M.G.
Inst :Commission on Analytical Chemistry of the Academy of Sciences
USSR
Title :On Resolution of Some Analytical Problems Pertaining to Rare
Earths by Means of Radioactivation Analysis
Orig Pub :Tr. Korlis. po analit. khLrdi Au ssm, 1956, 7(10), 1o4-118
Abstract :Conisdered is the po3siblity of determining some rare earth
elements by the method of radioactivation analysie, and it is
ahoim that by simple auxiliary means it is possible to carry out
their determination vith sufficient accuracy in a number of
mixtures. To measure the activity of the irradiated preparations
use was made of berylliura,,va.W2 (500 mg Ra) a source of
neutrons and a unit of B type wit-h an aluminum B-1 counter tube.
Described is the procedure of determining Eu in samarium, Dy
in yttrium earths free from Gd, and in those containing Gd) of
determining Sm in cerium earths free from Eu, and determination
of Gd in yttrilza earths, low in Eu.
Card 1/1

VAX�,-Ih--Q.-L SALINIKOVY M. 11. (Odessa)
Errors in the diagnosis of sporadic cases of hemorrhagic encepha-
litis. Klin. med. 40 no.7:113-114 Jl 162. 15:7Y
1. Iz 1-y Odesskoy irifektsionnoy bollnitsy (glavnyy vrach L. T.
Zhidovlenko)
(ENCEPHALITIS) (HEMORRHAGIC DISEASESS)

.!I!-- VAYS, Karl Leonovich; VLASOV, Ye.1,11., red.; SHILL121G, V.A., ied. izd-
I I _.- L. I
- tekhn. red.
[Problems in applying microreproduction to scientific and
technological inf'onaation]Nekotorye voprosy primeneniia milk-
rofotokopirovaniia v nauchno-tokhnicheskoi informataii. Le-
ningrad, 1962. 14 p. (MIRA 15 - U)
(Microphotograpby)

VMMILOVJL,
N.A.; VAYS, LL.--
Problems of technical information in other countries. ftergomehino-
atroenie 3 no.10:45-48 0 157. (XIM 10:12)
(Technology--Informt-4on aervices)

BISK., Aleksey Vladimirovich; VAYS, Karl Lennovi.chj--A'VERBAKHj A.D., red.;
GRIGORIYEVA, I.S., red;' -va; IBTS, V.L., takhn.red.
(Organization of information on foreign science and tachnolog7l
Organizatsiia informatsii o zarubezhnoi nauke i tekhnike.
Leningrad 1961. 32 p. (MIRA 15:5)
iTechnology~--Information services)

16411red 6ftrual"dor Of aMMOftf& In this pre"Me at
rthyl suals". Osvuld Vals. arm. Lilly 31, W-6
(1943).-To tict. NIf, in u(141 i"ol -.tit.
ffgcIj Ian. to 10 mi. 10% 'Naull ill Ii 2W-ml. vuluinctric
flask. dil. with same IfrO. stir. and add 25 ml. of the
I
sample. After if) min, sh2king fill to the mark and filtur,
In Ilk) fill. Of fillfAir dvf. Cl by titritirm- with lig(Nos),
soln. (cf. %*(xa~ck. C.A. 32, JIWI). Nlllo~ flu'llicky

15 174 WAS birdiulyNd with
Nesov.1t, 100.0 Mid thio IIACO &M. by titlathiji the
*as t1ra
"Uow., -J*Ago~ d ted
be mttimii 40 1 ji~#CQH#NO~
than thAt
1: 1) at 01. r" t=wjAl wmwwWj
td the uluil anium totfs HudIkAy.

hd
"forninsdoit of Aromatic compounds 0~%,Jf %.I)%
('k,fm. Idtly 38, :.'H lirwrtitmil"to ,
-I I i1 I Ir Itl 4,1. 001114, W1114174 0.M g. I I r 41111 r IN
J,ir cavh 11 ti ntltutnl. It X fir 1, tied. 0,06 owle KfIr
3nd 0.34 taole X - rcqttfrc-,I. lir.C.11.011 jtt,l the
'PrO. art
114 'Wt 4 dibrottiwulfanille arid wcfe t I'll, lifelki.

l/ The analyticAl control of sodium libd roride ptoduction.
'05vald vaii. ':R ll
Chem. (~ - e nj PkLt~
4~P~4-.s' method of titfimetric detil. of sulfatci in
the prmlice of it htrgc excm uf Nacl wi" t~tetj, gild a
ImWetfure Ims S'urt..Ld Ow for Lictr, Sulflite-i in tile brille in
ulmlificatit'lls'. (fircctly ill tim .1 te weigilvd-olit :'u"aple
and in all ah(litat vart after dihi. The 2nd wrAffiration i3
prefermi as~ a plant-cuatz-fil nicthod. Ft,r the estn. of C104-
ill the brilm a ~~Iodmttfic prc~:Cdllre i~ Suggested.
L. A. Fletwicl,

)JID
AUTHORS:
TITLEs
PERIODICAL:
10 it 51 ILI
23h27
0/12-1/60/0GO/6-06/614/014/XX
D040/D!13
Gellerp Yu.A., and Vaysp S.D.
The effect of the composition of quenching media on the
hardenability and strength of carbon steel
Stanki i instrument, no. 81 1960, 27-29
TEM Experiments were conducted to find the effect of quenching in aqueous
solutions of salts and alkalis on the hardenability and strength of carbon
steel and'also to find the solution which brings out the best properties of
the steel, Aqueous solutions of 100jo NaOH, 10;'.', Na CO , 57', 1Q;TnO and 5-6%
NaCl were used as quenching media* For experimenia,3purposesg4y 12A (U12A)
steel with initial structure*of grainy pearlite with uniformly distributed
secondary cementite was used. The hardenability was determined on cylin-
drical specimensp 24 mm in diameter and 75 mm long. They were preheated to
60000 and'then heated to 800 and 8200 C in molten salt (726% BaCl and 2TIo
NaCl)~ The temperature of all the quenching fluids was 18-200L The thick-
ress of the hardened layer was measured by three methods: (a) by hardness
Card 1/5