SCIENTIFIC ABSTRACT SHEIKOVA, G. - SHEINKER, I.G.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001549010003-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 23, 2000
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

.0HEIKOFVA G - GEORGIEVA, J.
...... t. ! I
Actinomycetes-aritagonists isolated from Bulgarian soils.
Folia microbiol. 8 no.5:308-312 163.
1. Research Institute of Pharmaceutical Chemistry, Sofia.
(ACTINOWCETES) (PLANTS., MEDICINAL)
(SOIL MICROBIOLOGY)

UCktG101A, J.; SHEIKOVA, G.
Vitamin B12 formation from various actinomycetes isolated
f-r-om Bul.~7ari,-.n -ils, Folia microbiol. 8 no.5.-322-324 163-
1. Research Institute of Pharmaceutical Chemistry, Sofia.
(VITAMIN B 12) (ACTINOMYGETES)
?SOIL MIGROBIOLO(' Y) (METABOLISM)

J411 . .7 -1 .
~ .- 1 -~- I . .1; . * , ~!-.
.
-. 1. - i ~ , ~ -r") t i " 7! - ~ .
. I :

,-SHEIIjL_A.A. _CS ttyvkar)
I ,
I
Historical evaluation of the psychological conceptions.. Vop.
paikhol. 6 no-5:133-137 S-0 16o. (km 13:11)
(2ange, Nikolai Nikolaevich, 1858-1921)

SHEIN, A.A.
V.M. Bekhterev as a representative of materialistic psychology.
Vop. psikhol. 9 no.5:152-11,:8 S-0 163. (MIRA 17:2)
1. Pedagogicheskiy institut. Syktyvkar.

SHEIN, A.A.
Perrovich Konaki,l), 1884-1941 as a psychologist. Vop.
palkhol. 10 no.3:29-39 my-le 164. (MIM 17; 9)
1. K,-~Tpl pedagogichaskly institut, SyktTvkiLr.

SIT T 7
c If
ear
165.
instit,,4,
c:he ski,

S C n .3 ring ~3;3
S-0
tv,
+ j- ~ Cl

1.92z0
-1/6 -2/G,-Cz,/CQ2/Gl2/Q25
L
.1ack'-C unit '..'a ;:,C-z;on:l-orq
n C- 1"
_4 5, no
Z!- 2. o-' rosonz~.t-ors a u r:-aa 11 yuc; oeL i---, ;:ia _--,.e
uld
o r.,
f;" z'--) C~. CL-n
in -t:1(-. pate-;.-It of li--~.
C! S -C, e
scr--::,,s to offcr possibii1ties.
izi 1. 1 is is in the slhane of
1 4,
cour-'-~~;,.tes is described
by:
Cos y)sin(..-- + y)';

!~L 1/ 6
o~
U,
I. i Q ;;'-f t ,, c . cc lu at iolz~ for i-Lis Cylindric a 1
cz,.n bc fou.,-! co.-.i~3arativcly easily but clictermination of
co,.iz~ L
L ant in I-acso cquat4oa!.; Icads to an -,-ifinkte
w!'Ose :)ara-metors aro defi I . 171_1
-rLec- oy
.I~Iizions Q:i t7:(-. rcson-a-zor wzlls.
CO
7
:L7-. a c c C. I -. is sufficient to tal:c Inzo account Qnly
t1e::-".";~ Of Tac imoortant ,,a Z. w-1 et cr
1-11liz colwistin~, of )crdqnt-s_'ia.)ed rosonators are
-roc:-LICicies. 'I'liese Lazi be determined from '-2c
c z; -.D 1-:. c ccon(litio:a z)f -tlie systern:
+ yr = 0 (7)
I- Y of the ii1teraction at the
a rcsonator, and
Of t1le resoliator a-, r = a
tl--e resornant frec:-,,,ciicies
rc~:;Onatorz are uctc;-r~:iincd and t:io results
-)eriul , zi
C(: r Tliese are co,.,.varcd slom-c- C,-t 1

s/alli/62/005/002/012/0_25
L
'192/ E3 3 2
.-"or -:aodc "']e discre-)ancy
C. -nc rcs~_-_'Its c:ocs not c--ceed
.0t -for t~lo S ccond C,
A c) e c --cl c is o th e
Lz aod
y
c -n I c o 17
f027 t. S a::'. C M Od C:~; r, Zl SZa:1-dard
iz: un1y C. The resonators
avc 0 val-.ta.-C t:~at -6-~c sc,:)ara-6-on O-r, ~"le
r equ enc i C's
t:ic a nci~:Ibourin,_,- ,.lode is -2-cater tlaan t.iat
-C -, Z-Csonalor
__C.CZOZ' raic", iz; clue zc, izs Iaz.~;c
v 0 1 u:. r f ac Z-1.0 1 f _J _- u r 0 S .
:,-osuk-A'crStvcn-.I-ry univorsitet
a r :,D,.r State University)

PERFSHChENKO, A.I.; SHEIN, A.G.
Magnetron-type, anode block with resonators with elliptical cross
nection. I;v. vys. ucfleb. zav.; radiofiz. 6 no.1jI19-125 16).
" - (MIRA 16:1) -
,1. Kharlkovskiy gosudarstvennyy uaiversitet.
(Electric resonators) (Magnetrons) (microwaves)

L 18390-63 W51
ACCP,SSION NR: AP3003730 S/0109/63/008/007/1274/1276
.q.
ATITHOR, Tereshchenko, A. I.; Shein, A. G.
TITLE: Effect of resonator cross section shape on the characteristics of
magnetron type anode units
SOURCE: Radiotekhnika i elektronika, v. 8, no. 7, 1963, IZ74-1276
TOPIC TAGSt resonator, magnetron anode
ABSTRACT. Theoretical and experimental investigation of the following resonatdr
types is reported: slot, hole-and-slot. paddle, drop-shaped, and elliptical. 'By
solving a planar isoperimetric problem and by using the method of conforrnaL
mapping, optimum shape of the resonaror is found, and the practical shapes are
compalred with it. The conclusion is offered that using near-optimum resonators
(drop-shaped and elliptical) enhances magnetron-oscillation stability and separa.-
tion of frequencies; the latter fact may permit relinquishing magnetron strips m
Car(I 1/2

I L 18390-63
ACCESSION NR: AP3003730
some cases. Orig. art. has: 2 figures, 3 formulas, and 1 table.
ASSOCIATION: none
SUBMITTED: 24Nov6Z
SU13 CODE: GE
DATE ACQ: 02Aug63
NO REF SOV; 003
MNCL: 00
OTHER: 002
D -
Card Z/2 -

LYAPUr:GV, N--V-;_SK61N, A.G.; TEUSHCHENKO, A.I.
Calculation or nonuniformities in waveguides using the Lorent7
lemma. Izv. vys. ucheb. zav.; radiotekh. 8 no.1:11-17 Ja-F 165.
(WRA 18:5)

L 008143-66 Zv1T(l)/EEC,-4/EWA(h)
ACCESSION NR: AP5015809 UR/0109/65/010/006/1029/1037
621-385.6-032.266:621-372.8
AUTHdR: Tereshchenko, A. I.; Shein, A. G,
TITLEi Septate waveguide of cross-shaped cross-section as a delay system
SOURCE: Radiotekhnica i elektronika, v. 10, no. 6, 1965, 1029-1037
T-OPIC TAGS: se_.tate waveguide, cross shaped waveguide, delay system
25~
ABSTRACT:*A cro6s-shaped waveguide,'see Enclosure 1, potentially suitab-e for high-~
power TW tubes is considered. A dispersion equation descr!bing the cross-shaped-
waveguide delay system is developed for cophasal LE-modes, 'by the method of
joining the fields at ooundaries of sinple regions. A formula for the system
coupling resistance is derived. The dispersion characteristics and the coupling
resistanen were numerically calculated on a "Minsk-14't computer; the system has
positive.dispersion at the fundamental harmonic. Both theoretical and experimental:,----
Yes
results indicate that the cross-shaped delay line has a number of advantag
a rather wide passband (as compared to the clover-leaf and rectangular septate i
waveguides) and a high coupling resistance (1500--2000 ohms at P D = 2jr/6 and
60 D Also the experiments have confirmed the validity,of
--70.ohms at
Card

L OO8h3-66
ACCESSION NRt AP5015809
X. 32 formulas, and I t.-Lle.
I formulas. Orig. art. has. 4 f-*Fures
ASSOCIATION: none
-~Wk: EC
SUBMITTED: 06Apr64 ENCL:'Ol SUE,
NO REF SOV: 006 OTHER: 004
Icard2/3--

ACCESSION NR: AP5015809
4
ITF
Card 3/3
ENCLOSURE:
C~-oss-shaped ser a-z.- waveguide
as a delay system

__L_ 17546,66___
A=MrIM6000519 SOURCE CODE: UR/014Z/69/00,'4/005/053ii/(1.5,i4
'AUTHOR: Tereshchenkci, A. I.; Shein, A. G.
..................
1ORG: none
ITITLE: DiApersion equations of toroids formed from septate rectangular waveguides
URCE: IVUZ. Radiotekhnika, v. 8, no. 5, 1965, 538-544
TOPIC TAGS: rectangular waveguide, delay system
ABSTRACT: By applying a fidld-joining method to the boundaries of simple regions, a-,
dispersion equation is develope
for a delay system (toroid) I
formed by bending a rectangular!
septate waveguide in the TE- I
it plane. The dispersion equation
for a waveguide bent in the
E-plane (see Fig. la) has been
@ developed elsewhere. The
a problem of propagation of co-
phasal LE-modes in the TE-
Fig. I Fig. Z plane-bent waveguide (Fig. 1b)
Card_ I /Z , - UDC: 6ZL 572.85

L 1754646
'ACC MR: AP6000519
is solved by subdividing the system into interaction space I and resonator -regions 2
and 3 (Fig. 2). The final dispersion equation is given in this form:
IN Ct9 IN ( - )I_ 1-1- V. cjg,,t~ By using this equation with certain
Ig a = I (sin M11) XMI approximations, the dispersion character-
0 istics of the TE-plane-bent waveguide
M, 0, - as - w2p"".)-
X" p2, toroid are calculated, and it is. shown that
Isuch a toroid has positive dispersion at the fundamental spatial harmonic in the first
~.ransparent zone. Orig. art. has: 3 figures, 28 formulas, and I'table.
UB C DE: 09 SUBM DATE. 29Jul63 ORIG REF: 007.

3HEIN, Ariatol~,y Ivanovich; NIGE"Y, Fedor I-lefodlyevich; REL-NIKOV,Yu.,
~ .. I - - ----
Karatau. Alum-Ata, lzd-vo Kazakhstan, 1965. 81 p
(141RA 1Q)

KHORBENKO, Ivan Grigorlyevich; SHEIN, A.S., doktor fiz.-mat. nauk,
retsenzent; ANTONOVA, S.D., red.
[In the world of inaudible sounds] V mire neslyshimykh zvukov4
I
ookva, Mdjhinoolroenie, 10,64. 120 p, (MIPA 17:4)
M

SHEIN, A.V.; GUTIN, N.D.; VERSHININA, A.I.
At the Central Complex Laboratory of the Ural Geological Administra-
tion. Zav.lab. 28 no.8:1013-1014 62. (PURA 15:11)
(Ural Mountain region--Chemical laboratories)
(Minerals-Analysis)

s D. V.
f)f Tionferrous me-w~-, afid [-,rofitable-
O'L* pro~~an.ion. Gor. rio.1:28-31 Ja ' 0'/~. (It-'PLA 17:3)
1. Lrpravleniy-- '~oz;Loch-ni--.Kazak-h~-t;~,,nskogo akruga --osudars tire rrogo
kc.z;dtf,,t,a firi :'jni.rtrov Kazakliskoy SSR pc nadzoru za
.)a,ny,,q veder.; p~or.-y-jiJi--n-nooti gornorm nadzor~..

KOX-07, V.~., inzh.; POLYATIE, M.A., lnzh.
At, -nining enteiTrises of eastem Kazakhstan. Bezop. truda
-,r -,,rom. 8 no.9-.30-31 S 161, (MIPA lgal)
Upravleniye llostocbno-Kazakhstfaiskogo okruga Goaudar-stven,
rot~o, komateta ;)r-- Sovete Ifin-istrov Kazakhskcy SSR po nadzcT-,l
2; ' -,redeniyem rabot v promyshleprosti i gornomi newd-
a bezopasnim

SUIUURETS&U, V. - M. I kand. tekhn. nauk; SHLU, L1140t insh.; TASILBKO,
T. Pay inzh.; DRANITSYN, TO. z., Inzh.; OTA=WUH AVY A. S.2
nauchnyy Gotrudnik
Role of wetting and the moisture regime of coal in the jamr1f.
UgolF Ukr. 7 no.4t42-43 Ap 163. (MIRA 16:4)
2. Institut gornogo dela All UkrSSR (for Sabare-vskiy, Shein,
Tasilenko, Dranitsyn).
(coal mines and mining)
(Mine dusts-Prevention)

SHEI1,11, N.I. _
Handle for cranking elevators. Sbor. rats. predl. vnedr.
v proizv. no.2:17-18 t61. (14IRA 14:7)
1. Nizhne-Tagillskiy metallurgicheskiy kombinat,
Vysokogorskoye rudouprav-leniye.
(Elevators--Maintenance and repair)

KUDRITSKIY, i-.-, VOLKCjV A - FOGEP Z.; PODOBED, Yu.; TITOV, A.; SHEIN, R.;
I-ITSITTI'S, Ya. ru,*Itisy J.1; 0STROVUETS, V.; SEMENTSOV,
Spc-ci)OAzatior; is indispensable. Tekh. est. no.4:22-23 Ap 165.
(MIRA 18:6)
1. Spetsiallnoye khudozhestvenno-konstruktorskoye byuro Kiyevskogo
~;oveta narodnogo khozyaystva (for Kudritski-y, Volkov, Fogel').
2. Spetsiallnoye khudozhestvenno-konstruktorskoye byuro Soveta
narodnogo khozyaystva Moskovskogo gorodskogo ekonomicheskogo rayona
(for Podobed). 3. Spetsiallnoye khudozhestvermo-konstruktorskoye
byuro Soveta narodnogo khozyaystva Leningradskogo ekonomicheskogo
rayona (for Titov). 4. Spetsiallnoye khudozhestvenno-konstruktor-
skoye byuro Sredne-Urallskogo sov-ta narodnogo khozyaystva (for
Sheini. 1q. Spetsiallnoye khudozhestvenno-konst--uktorskoye byuro
So-~,eta narodnogo khozyaystva Latviyskoy SSR (for Litsitis, Ostro-
venets, Sementsov).

,~HEIN, R., A ~
Artiat in a design office, Mashinostroitall no-10.41D-41
0 ; 62, (m I T'l v -# 10
(Art and industry,)

SHEIN, V.A.; BELOV, V.P.
Some means for lowering the expenditure of time and materials in
lost circulation. Izv. vys. ucheb. zav.; neft' i gaz 5 no.6:
111-114 162. (KRA 16:5)
1. Kuybysbevskiy industriallnyy institut imeni V.V.Kuybypheva.
(Oil well drilling fluids) (Plastics)

F&~L(wmirilng the ccnnolida~.ed capital investment indi--es in oil
;fi,~ 1, --1 j .Nefteprom. delo no. 3:25-27 164. ('-IIRA 17:5)
-n-nodari3kij fillul V:.wsoyuznogo neCtagazuvogo muudlno-
is,~IedovaLellskogc instituta i Gosudarstvenny-j institut po
;~roy,~kLirovanlyiz predpriyatiy neftyanoy prorayahlennosti
'.. C
-~tochnvkh i yuzhnykh rayonov SSSR.

EYEV.- V~
Me t-hr.d for the owunarat, tre techninal-econom--'n evailua,
r4c-aa mt---thads of floodirg. Nefteprom. dsio rtj,,.3,~3G-34 'c 5.
1~ Krasnodarskiy flllal Vseqoyuznogo nef tegs-zovozo naucl-t-i-l-
watellskiy Inst! tuta i Gosudarstveninyy insi,4tuf,
ed(
pr3yelk,lirovaniyu I issi-iRwatel-e-kin rabo,.,im neftedotT-varv5~ichJy
--,ostochrykh rayurlov strany.

"i,11/4c-
,kUTHORS: 6. L. S-1-'n,
HTLE": in'n-,isity of i~arth-u,"-s Basedon :)F--,,a So-eLetFarEast-
k~ 4" P'. -
era ~_n~l Con--inen-tal) S,~,-T_ions of U6SR
FEIRIODICAL, A,::aaem: i naur-I SSSR~ ~--~Ofizi-_,_esI~aya.
1 plate kUSSR~
3A r p +
MI for-i:i; la M -A
a :aean ra"-e of
v;here t:j fUl,..,~rjo.,j
~Lecr;,ase of -he Ground displa-a-taent uli~3-ance
saz, -_Lmrirical y, der-a-
t9 A~ 1 - 2c, - 1 - g2 5 16 < 100'
_.e reunions extending from the Caucasus ro +-he Middle
Azia (ZS, - epicentric disr-ance). T-,---e Tesul,,-s of calcula-
tions ,vith + 0.25 accurac-,, are tabulaz;ed in Tab 1.
.-.-.he followiflEr data are included- Colu.T--, 1 - date;
- time of eart-I-quake; 31 and 4 - their co-ordina~eSi
- -e~~-ion-. Mjean; number of st-arions taking
n S to 14 - 6"
part i determination of fAmear ~Istati,)n
Mmean; 15 - mean 6M. The results cf calcula
0 --:, M ig AF.E/ACc., dezermined
Far East - MCOI)tljilllental

'i-Gy of E~jrth;,uaa,~S based on Joviet Far Eastern and
uf OSSR
scime of i.-,'.-e Fa-y- sta~ior-- I -:J,-,,E- 1 r-
D-Lo-c- 1 to 4. This he I.,
-LO
i y PAL 1~1 C)
(Tab 2)
Fi~- on cf
M- Ni
-- f"I". ,, o ni,
il~-ere ar-e 2 iGures, -L'c-.- a.,~
Sc-vi~,'- Freacll- and 2 En-I S
- I CL ,
A i A I(-J-11 A. -ai c!,,rii y a ~aa u ~%- 6 kSSR ~ I n s t, i tu t f ii2"
h
(AS USSR. I.- Pfl.-~-sics :)f 1~ar-,
J
10,

SHEIN, V.B. ~-rm,)
Pickup of the humidity of air. Fiz.v shkole 22 no.5s78 S-0 162.
(NM 15:12)
(Hy,grometry)

KTJZNETSOV, German Ivanovich; FAYN, Genrikh Moiseyevich; SHTMIBUH-G,
Valentin Fedorovich; SHEINA, Antonina Aleksandrovna;
MIMMEV, R.I., red.
(Drilling pipes from light alloys3 Burillnye truby iz leg-
kikh splavov. Kuibshev, Kuibyshevskoe knizhnoe izd-vo,
1964. 51 P. (MIRA 17:12)

I w 1, .11.9 . '. ~~ ! , - 1 , , , - . - . - , 1'~ , .. , - - = - , -- -,,
. .- . , I . .. 'i
. . i -
I :. ~ -- ~ l.. - - -,:.- 16.,!, 1 1 1 r-: . ,.,I

a I experimen' a I data cn trip use of a] tranound In bronchial
Trudy TSIU 77:8-13 165. (?MRA 18:9)
1. Karedra fizioterapli. Nwr.., dotsent A..". Spe--nskiy) i IV
~a`e-dru terapit (zav chlon~korreipondent AW! '--" -roC. P.I.
TSPntratnogn, In3tit--i"a upov,~~rshenstvovaniya vrachey.

SHEIXA,-A.N.
Ultrasound and the treatment of bronchial asthma. Trudy TSIU 72:
45-49 '64. (MIRA 18:11)
1. Kafedra fizicheskoy terapii (zav. - dotsent A.P. Speranskiy),
i IV kafedra terapii (zav. chlen-korrespondent AMN SSSR - prof.
PaI. Yegorov) TSentrallnogo instituts, usovershenstvovaniya vrachey.

USUVSKAYA, R.M.- SHEINA., A,N,
Zffec~~ of altrasound on the tonus of *a-onctfal mu-szulatlirp-
and hemody-namic indicesv experimental studies. Trudy TSIU 72.z
50-54 164. (MTRA 18:11)
1. 13 kafedra terapil chlen-korrespondent AMN -SSSR, p-rof.
P.I. Yegorov), 1 k-afedra fiz:Lcheskoy terapii (zav. - dotsent
-4
A.P. Speranskiy) Menti-allnogo, Instituta usoverabew3tvoranlya
waclit"fo

- SHEIILk, A,K., dotsent
Use of 11pocalne in acute and chronic dAseases of the liver and
the billary tract. Vrach. delo no.2:48-53 F 161. (MIRA 14:3)
1. Kafedra terapii (zav. - prof. G.I.Burchinskiy) stomatologicheskogo
faIkul'teta Kiyevskogo meditsinskogo instituta.
(LIVER-DISEASES) (BILMY TRACT-DISEASES)
(LIPOCAIG)

Ye.",
Probc.-Lonns ctateriidnat-lon f 7a.3tr-.c c y 'I
i ty glo~!sod . ia
Vrach. delo :10.0':45--47 Je -'61. 15: 1)
1. Kafedra terapcv-ticl-,es,:cor stomatoiccii (zaw--iu-,-.is*hc',-dy - prof. i.0,
IqV4 k) , kafedra tciraiAi (zavudu
sto,~:ia'L,olc):-~-~-(--hes.-ogo ' kul ota i
fa :a
'fe,F; Shamray) llipvokagc !,,ieditsjls:c"o

SHEINA. A.K.. dotsent
~ - --- - - - - ---
Clinical observations of the action of phthivazide in Botkin's
disease. Vrach.delo no.8:72-75 Ag 162. (MIW. 15-11)
1. Kafedra terapii (zav. - prof. G.I.BUrchinskiy) stomatologi-
cheskogo fakallteta Kiyevskogo meditsinskogo instituta.
(HEPATITIS, INFECTIOUS) (PHTHIVAZIDE)

AFANASIYEV, G.D.; BORISEVICII, I.V.; SHANIN, L.L.; SHEINA, I.P.
Cases of Ar and K nonequi-librium relations in biotites in
connection with the creation of geological time scale in the
absolute chronology. Izv.AN SSSR.Ser.geol. 28 no.1219-45
Ja 163. (KIRA 16:2)
1. Institut geologii rudrqkh mestorozhdeniy, petrografii,
mineralogii i geokhimij AN SSSR, Moskva.
(Potassium-argon dating)

SHEINA, Klavd1ya Petrovna; YAKOVLEV, Mitrofan Fedorovich;
----------TUBOI.ITSEV, M.', red.; F(-'/J1AffEBKINA, M., tekhn. red,
[Taking care of the most important] V zabote o glavnom,
MoskvaV Mosk. rabochii, i963. 109 p. (miRA 16:9)
(Moscow Province-Efficiency, Industrial)

DRYNOVA, I.A.; KORSHUN, L.L.;,SHEINA, L.A.; SHUBINA, I.I.
Use of flat lacquers for furniture finisbing. De~-.prom, 10 -
no.11:9-10 N 161. O-ERA 14-10)
(lacquers and lacquering) (Furniture industry)

ACCESSIO14 ~;T~: AP4044276 S/0192/64/005/004/0583/o589
AUTHO It 9 1".11--rtsove P. V. ; Klevtp3ova, R. F. Sheina, L, P.
TITLI:t Cryntalline yttrium hydroxides
SOURCE: ','~-iurna) -icrukturnoy khLmii, v. 5. no. 4, 1964, 583-589
TOPIC TAGS; yttriur. hydroxide, yttrtum monohydroxide, sIngle crystal'
growrh, hydrothermal crv!;t-ql growth, forrite crystal growth, single
crvstal structure
A 3 S -1, RA If"T ral-'s-paren t Colo r1es j cryG ta 11 111 --- 10inge s previous ly ob~-
!;erved t'le -D-Uiduct5 of hydrothermal synthests of yttriur. ferrit-e
rrvstais hivve been -'dcntLfied as yttrius, ides, YO011 and
e!11) Thic f-,--yf3tal structure oE these lhydvoxiden wa,3 studied gonlo-
ri e. !-. i: 1. 1 vand by x-ray diffraction, chemical analysis3and other
!%c t 1--!" T',-,e r~,Cudy Was considered necessary Fur better understanding
--Equillbvia and chemical ' reactioris in hydrothermal systems.
rhe Y(~ev -,,ad Y,~011111, singt,!3 cryataIg used: 11-n. the study were synthesized
lit 1-11d i-C villa I condltion:s frorp. either Y~03-'Fa203-Ii2O-NaOll or Y203-
u" Most of the N00111 single cry.,4tals were In the form
C

A CC E S S I f'!,' A P4 4 4- 2 7 0
0 9 Ilex a a I I; -17t, be I ong in i; to the rpr i -4rnat Lc c I ar a of tile mono cl In ic
cry s It a L i~ys teu-i and to tile P2 I /m q nace I, roup. Typical Y(f)11)3 single
cry,;Lal-i wcro. oced"e-shaped, I cin x ;t,0.6 min, belonging to the hex.)-
gonal and co tile! 116j/m spat:,-, group. Dimensions of Lite. untt
cell le!--ermined for both hydroxides. 'File piezoelectric affect
wns vot tl,:~tet-.ted in freghl" prepared Y0011. or Y(Oll), cry.3tal!" 71 h C
x- ray (I 1"af-,t ioli pat te rn,-~ Y (011) ,A cry s ta In were found to be Simi I ar
to those. M OR,' were 11 '-.q La , Nd , Sm, Gd , or. Er It was concluded
tha t V'I 1 Y two cry-'~ al I ifte Phases--y (011) 3 ane YeaO.11-are f o rmed, ind iv id
ually or s1multaneously, in tile Y203-1120-tia" syaLeifi belov 600C. Orig.
art, has 2 figures and ) tableg,
ASSOCIATIONz lnSLituc neorganicheakoy khimii 50 AN SSSRp Novosibirsk
(institute of Inorganic Cheniitry, 50 AN SSSR)
SUBMITTEDi 11ju163 ENC114 *0 00
NO REr SOV: -004 GTH K R t006
SUB CODEt S 5, lc
Car-j 2/2

L 60923 (m)/EW I.D(t* (b) 1JP(c)
-65 EwT(1)/EwT j/T/E11G(b)_2/EWP
ACCESSION NR: AP5018925 UR/0363/65/001/006/0912/0917
546.65-36:548.19 .2`1
AUTHOR: Klevtsov, P. V.; She4qq, Lo P.
TITLE- Hydrothermal synthesis and
ystal structure of rare earth hydroxides
_5~r
SOURCE: AN SSSR., Izvestiya. Neorganicheskiye materialy, v. 1, no. 6, 1965,
912-917
TOPIC TAGS: rare ..earth hydroxide, hydrothermal synthesis, crystal structure
ABSTRACT: Rare earth hydroxides of the composition M(OH)3 for elements.from La
to Th and of the composition MOOH for elements from Nd to Lu were synthesized in
aqueous NaOH solutions by'the hydrothernu-3. aiethodo. The N(OR)3 comPounds are
stable at a lower temperature than MOOH. The temperature of the M(OH) j -.4 HOOH
transformation decreases with increasing atomic number of the rare earth'element,'.-
_j600C for Nd to 120C for Yb. -ray diffraction studies showed that all of
from > X
the s hesized trihydroxides have a UClj_type structure, and that the mono-'
ynt
hydroxides have a YOOH-type structure. Ne lattice constants of all the compoundsf-~"-
are tabulated. In both the mo-.qo- and trihydroxides, the unit lattice parameters
decrease as the elements become heavier; this is due to the lanthanide.c6ntraq- -J,
on# "The authors thank F. A, Brusentsev and A. N.-Rebenko for assistanaa
-at"
L

1t,63620-65 -EEC (b) ,2ZW (I) IZW(~)/DIR~W/T/Wkt,*~. Pi~~-4 Vjp/
ACCEMON NR: AP5016921 UR/
0192/65/006/003/0469/0471'
548.736 b
;AUTHOR: IGevtsov, P.V.; IGevtsova, R. F. Sheina~, 4 P
TITLE: Crystalline yttrium hydroxychloride 4.
SOURCE: Zhurnal strukturn 1965 469 471
khImfi, v. 6, no. 3,
TOPIC TAGS: yttrium compound, yttrium hydroxychlorlde, crystal structure
ABSTRACT: The chemical composition of crys
talline yttrium. hydroxychloride was de-
termined. Chemical analysis gave the foHowing results (in wt. %): -k3+ 54. 8; Cl-, 22. 0;
H20 + HC11 31.3. Infrared spectra showed the absence -of water of crystallization and the
1 presence of hydroxyl groups. The results of the chemical analysis led to the formula
Y(OH)gCl, which was confirmed by an x-ray structural study. The compound be-longs to thel
rhombic system; Its Laue class Is D2h - myrim; the unit cell parameters are: a = 6.21 +
0. 03 - A) b = 12. 54 + Oi, 06 A, c = 3. 62 + 0. 02 A. The average density of the crystals
measured by the fSotatton method Is 3._71 g/cm3; hence.. the unit cell contains four formi
units Y(0142CI (the x-ray density to 3.73 g/cm3) X-ray powder diagiams of the Y(OH)2161.
crystals were also studied. Orig. art. hu: 1 table.
I Card 1/2

KIXVTSOVt F.V.j -6BETNAt I-,P-
I
,hermcgraph!c and X-ray diffraction study of cz-(StAlline
hydroxIdes of rhre-earth elements and yttrium. I%v. AN SS~ ,zP.
horgo mat* I ncol2if'219-2226 D 165. (M.111.k
1. institut neozgitn~cnesl(cy khIn!I Slb!rokcgo otdc1naiya ON
to. SO R a

5 ~'LIOO
A I.-2H 13 1 IS Gailay, Z :1 - Aand Shei na, 'N - :T
3 106 Y3,1 4 7
T 1T L-" Amperometric titration of vanadium. and uraniu;;.
trivalent titanium
1ELIODICAL: Zhurnal analiticheskoy khimi-J, v. 16, no. 6, 19061, 7o6-73~;
TEXT: The authors were the first to use comDounds of trivalent titaniljz
as reagents in am.-perometric titrations. it had been -found earlier that
trivalent titanium oxidized on a rotating platinum microelectrode in the
potential range 0.4-0.9 V, with the diffusion current being proporti 0 nal V~
to the titanium concentration (Ref. 4: Peshkova V. I'M, Gallay Z. A.,
Vestnik MGU, ser. fiz., mat. i estestv. nauk, no. 10, 73 (1954)). Because
of this valuable property and owing to the fact that trivalent titaniuE
~s a sufficiently strong reducing agent (E0 TiIV/TJIII = -0.04 v) Jt can
be used for titrimetric determination of hexavaleni uranium
t' w 7 '2 + , IV
(~o '; 07 /U +0.407 v), tietravalent and ventavalent vanadium in -ure
salts and in the -,,resence of tetravalent titanium. T--e exzeriments -.iere
Card 1P

29526
S/C 7 5/6 1 /01 6/006,41CC z/ 0 Cr'_
kmi)eror
netric titration of 06/~O 47
-ade ir
n a visual polarograph with an M-21 (M-21) galvanometer (max4mu:~
sensitivity 2.4-10-9 a/mm/m). A rotating platinum microelectrode o.
lenCth was used as indicatur electrode, and a saturated calomel
electrode as reference electrode. The rea~~ent solution was obtained
adequate dilutiun of a 1c6 TiCl-, S01WAOI" Vlit;~~ ITC1 (I or d ~[ H-,SC-
4
-it can be store--- fk~r in dark. glass vesFjels. All experiments were
in :iitro~_en atmcs.~.here. The concentration of the reafEent
S,;lutiull was ascertained by potentiometric or amperometric titration with
-a standard solution oi.' potassium bichromate. When,--' 0.5 sulfuric acid
is used as a medium, pentavalent ;anadium is quantitatively reduced to
trivalent vanadium by trivalent titanium. In a 0.1 Y, sodium tartrate
solution (PI, 5.9) as a mediumn, vanadium is only reduced to tetravalent
vanadium. Solutions of comPound3 cf trivalent titanium can be used as a
::lediii,r. 'or The amperoi.,,etric titration of tetravalent vanadium boTh in -,-,ure
salts and i!l ~he Drese:ice of considerable amounts of Cr(III)P .1,Tn(II), and
TJ~TTr' 10 :T H_,S0. (Table 1). Hexavalent uraniurn is only slowly reduced
trivalent. t.itaniur::. Reduction is accelerai-ed by addition of ::yr:,-
~,nos:)horlc acid or 1cw a7.3-ants cf SnCl,. Ye. R. 'Niko'layeva and Yu. I.
.4
C . i

16 IOC6,'C C I ~CC6
S !C751161 i
l C) III,
Am,perometric titration of ... B 0 B147
discovered tliat -iddition of pyrn-phospho-ir "!C"O 111-,='-'-15~11
valuo )f :';' _, 1,1,
fl-01,1 0.4 to 0.(). Wilrtl-.~ -,01-r- ,T),,,- i-ophes p-1-1- orli c
T
~.Cid for:;1 a cjmpley compound ,
tetravalent titanium arid, thus , lowers
t.,.-2 redr~x ,,otetitial of the system Ti(IV)/Ti(III) .Addition of 0.2-0.3 milli-
I e 1 o f 5 0,; 1 , i0in 1 N 11 so as a medium made it 'possible to cc~nduct
1 7 2 11,
a-~ipe--onictric titration at E =0.8 it. The error of determination of
~ 'I -j -a:-
Cf Tr docs nor exceed 1 .3 Thus , uranium can be ji--.-antitatively
-1- 4, e r!~ i i n ~-: d-,I tile presence of considerable amounts of tetraval-it
t.3tanium, (u!- to a ratio U : Ti = 1 100) in 1 11 H2SO4 as a medium if the
solution to be titrated contains 1 milliliter of 5C~' PYro-jhost)hcric acid -/V1
0
per 10' r.-;illiliters of solution. Deflection of 'the galvanometer is
-;~-.--istered "0' seconds after addition of
the reaGent solution. There are
-1 ft,--ure, 2 tables, and 7 references: 5 Soviet and 2 non-Soviet. The
reference zo the -.--nL~lish-lanouage publication reads as follows.-
;'~-,nrixcn S.. j. ALI. Chf--,.m. Soc., 45, 2013 (1023)-
Card 3 A

29526

A-miperoric t rLc tiltrat ion of BI 06/ i31 47
A6 S T j,'; I T 1~ '7oskovskiy gosudarstvenniW universitet ira. V.
Lomonosova State University imeni I.T. V . T ~ o ri. 0 p, C,
,M,ii:*i','T:--,): October 6, 1960
Table 1 of vanadium in the presence cf foreian e 1 n t s
10 INT ~T QO, P's a medium.
2
I-c,7cr a' (1 for-24!~n el%,ments, (2) V, mL--; (3" taken;
g:
Orrc-r,
CZ) V. AW 02 V. NJ
rIOCTOVOTHIRE
OW116Kl HOCTOPOIlInfe

-
-
3
-
B3JTrO ~ 7
M w

6
0'4
0'45
-2'0 -100 0,68 0,63 -7,0
1,39 38
-0,7 TOV 60 2,00 2,06 3,0
Crl+
to 0, 92 0,91 -i,o - 60 1,()0 1,02 2,C)
_J00 0,92 0,89 -3,0 -104 1,()0 1,04 4.0
I-In'+ 50 0,68 0,67 -1,11,
C-aa-d

ALIMARINY I.P., GALLAT, Z.A.-, SHEINA, N.M.; HODIONOV4, T.V.
I
Current-voltage characteristics of N-benzoylphenylhydroxylamine
solutions. Izv.AN SSSR.Otd.kh-im.nauk- no.3.'567-569 Yr 163.
(MIRA 16:4)
1. Moskovsk-ily gosudarstvennyy universitet im. M.V.Lomonosova.
(Benzohydroxamic a0A) (Reduction, Electrolytic)

GIALI,AY, Z.A.; ALIMAHIN, I. F.; SHEINA, N.M.
Voltanmetric study of benzoh.,,rdroxamic acid solutions. Izv. AN
SSSR. Ser. k-him. no.11.2050-2051 N '63. (NI-PA 17:1)
1. Yoskovskiy gosudarstvennyv universitet imeni M.V. Lomonosova.

GALLAY, Z.A.; A-11MAIRIN, I-r.; SHEINA, N.M.
Use of N-benzoylphenv"',ydroxylamine for the amparometric titration
of titanium, zirconium, gallium, and scandium. Zhur. anal.khim. 18
no.12:141142-1446 D 163. (MIRA 17:4)
1. Moskovskiy gosudarstvenn~7 universitet imeni Lomonosova.

164

L 14686-66 '.'P(e )/F1VT(m)/ETC(f )/E',VG(m)/T/wp,'-_,
ACC NR: AP6005881 CA) SOURCE CODE: UR/0075/65/020/OIOA093/10 6
AUTHOR: Gallay, Z. A.; Sheina, N. M.; Alimarin, I. P.
ORG: Moscow State-University im. M. V. Lomonosov (Moskovskiy gosudrastvennyy uni-
versitet)
TITLE: Amperometr,c determination of_j~alli in gallium arsenide' and phosphide
SOURCE: Zhurnal analiticheskoy khimii, v. 20, no. 10, 1965, 1093-1096
TOPIC TAGS: gallium arsenide, phosphide, amperometric titration, gallium, arsenic,.
graphite microelectrode, electrolyte %J(M avqece 0RCLr04keIr'%Sti(.!.
ABSTRACT: The applicability of the amperometric method to the determination of GaAs
and GaP in samples of minimum possible weight was studied using a rotating graphite
microelectrode and the reagent U-benzoylphenylhydroxylamine (N-BPHA) for the ampero-
metric titration of gallium. A preliminary study of the volt-ampere characteristics
of N-BPHA on a graphite electrode was made; oxidation waves of N-BPHA were obtain-
ed, and the dependence of EY2 on the hydrogen ion concentration was determined. For
acid background electrolytes, the diffusion current was found to be proportional to
Card 1/2 UDC:, 543.24
2- __

L 14686-66
ACC NR: AP6005881
concentrations up to 1.10-3 M N-BPHA, and the oxidation current of N-BPHA was found
to be much more stable on a graphite electrode than on a platinum electrode. Gal-
lium was determined by means of the oxidation current of N-BPHA at pH 3 byK:mpero-
metric titration in the presence of arsenic (III), at a graphite electrode po*
tentia
of 1.1 V. The accuracy of the determination is high up to a Ga/As ratio of 1/1.5.
Arsenic (III) was determined in the presence of gallium by amperometric titration
with potassium bromate. In the case of the semiconductor GaP, gallium was determin-
ed with sufficient accuravj up to a Ga/P ratio of 1/1.5. Orig. art. has: I figure,
5 tables.
SUB CODE: 07/ SUBM DATE: 270ct64/ ORIG REF: 004/ OTH REr: ooo
Card 2/2.

GORTINSKAYAq T.V.; SHEINA, N.P.; SHCHUKINA, M.N.
Determ-inati;n- 'ofpAthe dissclution properties and the mechanical hardness
of tablets. Materials for the 9th edition of the State Pharmacornia.
of the U.S.S.R. Med prom. 14 no.9:15-23 S*160. (MM 1,
jTABLETS (MEDIGM))
(DRUG INDUSTRY-ZQUIPI~MTT AND SUPPLIES)

GORTINSKAYA, T.V.; SHERIA, N.P.; SHCHUKINA, M.N.
Some derivatives of 3-mothoxy-6-(sulfani.-lamido)-pyridazine. Mod.
prom. 14 no.9:23-25 S 160. (MIRA 13:9)
1. Vsesoyuznyy nauchno-issledovatellskiy khimiko-farmatsevticheskiy
institut imeni S. OrdzhonlAlidze.
(PYWAZlITE)

L 14839-65 EWM1M(k)1EWW18WP(J)1AW(0 Pc44/Pz-6 UP (0- AFM W
AT/RM
ACCESSION NR: AP4048434- S/0181/64/066/0,11/U74/3475
AUTHORS: Avdeyenko, A. A.; lgaboyycin, Yu. V.; Sheina, S. P.
TI TLE: Effect of external field on the:spectrum of the imomo-
geneous 2hot conductivity in pyre~ie single crystals
SOURCE: Fizika tverdogo tela, v. 61 no. 11, 1964, 3474-3475
TOPIC TAGS: photoconductivity measurement, carrier recombination,
i carrier lifetime
ABSTRACT: To trace the influence of an-external field on the spec--
tral curve of the photocurrent of a layer-type photocell (in which
the illumination passes through a transparent'blectrode along the
applied field), the authors used sing.le-cxystal pyrene.purified by-
sublimation, a DMR-4 double monochromator,,a DKSSh;;-200 electronically'
stabilized xenon lamp, and a Ul-2 electrometric amplifier. The re-
sults indicate that at low fields; there is only weak separation of
Card 1/2

L 14839-65
ACCESSION NR: AP4048434
;.the charges and their recombination rate in high if their d
ensity in,
,...the generation region is high. The anticorrelation between the,
:.photoconductivity and absorptJon spectra in weak fields is attributed~
_to the decrease in the carrier lifetime in the region of strong ab-
sorption. Favoring this conclusion is also the behavior of the soe-0-
tral curve when the illumination is applied from the sideof the
negative electrode, where the field has. a smaller effect, because
.the drift mobility of the electrons in pyrene is much smaller than
:the drift mobility of the holes. "The authors thank V. V. YeKemenko
for a discussion." Orig. art. has: 1 figure.
ASSOCIATION: Fiziko-tekhnicheskiy institut nizkikh temperature AN
UkrSSR, Khar1kov (Physicotechnical Institute of Low Temperatures,
'AN UkrSSR)
SUBMITTED: 09Jun64 ENCL: 00
SUB CODE: SS, OP NR REF SOV: 003 08
OTHER: 0
Card 2/2

',!J 7 k i k, teineratur Ail

S/141/61/0o4/oo6/033/017
F192/E382
AUTHORS: Peskovatskiy, S.A. and Sheina, T.G.
TITLE: Measurement of the permittivity of small samples at
UHF
P.,'-JUOUICAL: Izvestiya vysshikh uchebnylth zavedeniy,
Radiofizilca, v. 4, no. 6, 1961, 1099 - 1103
TLXT: The paper was read at the conference of MV and
SSO 55SR for radio-electronics, Khar1kov, 196o.
The possibility of measuring the permittivity c of very small
samples, such that the maximum dimension of the sample 2a is . '.
much less than the wavelength X , is of considerable practical.
interest. For a sample having the form of an ellipsoid of 1-J-
revolution situated in an electric field E 0 which is parallel
to the longer axis a of the sample, the frequency deviation in
the measuring resonator is expressed by (Ref. 5 -
A.L. Mikaelyan - Radiotekhnika, 10, 1, 23, 1956):
Card VaK

s/i4i/61/o04/006/013/017
!-leasurement of .... E192/E,382
__f2 F,
2 (2)
f
) V
where ~c C/60 - 1,
c0 is the permittivity of the medium in which the
sample is situated,and
v xs the volume of the sample.
The remaining symbols in Eq. (2) are defined by:
A-
P F
E2
-C)2 [-' In
2
(C,/a)2
I - -(-c 2
Card 2/0

'it-asur(.!ment of ~-l 9 2/ F-3 8 2
wh er eo .1 ~ c/a< Iand the quantity R cati be expresssk-d hv
R 0 03 , oe.46(c/a) - 0 1 (c/a) (3a~
where c is the small axis of the ellipsoid. On the basis of
the above equations it is shown that the real and the imag-inarv
components of C can be expressed by
F/2TJ R
2
+ RNs
Q F
C
Where I/Q. J/Q OE 1/Q 0 ,where QO. and Q0 a r e t h e
Card 3/6

_-., 3 ',.~
S/14.1/61/oo4/006/013/017
,qp,asurement of
E. 19 2 / F3 8 2'
qt1a.11ty fjjct(,)rs of' the I esoriaLor with and wit,hout the samplf,
1-especttvel.y ihe parameter R can be determined graphically
(F iT., I ~ It is shown by analyzing the measurement conditions
Uia~ tho main error in measuring e- is due to the deviatiou
of [lie sample from its ellipsoidal form. On the other hand
the error in the measurement of C 11 is primarily due to the
error in determining the quality factor of the resonator without
load The errors in measuring e' were investigated experi
mentally vriLh parallelopiped samples of identical weight. )I
was found that for the cylindrical samples the measurement frrnr
of E did not exceed 10%_ On the other hand. when compared
with the waveguide method of measurement, thf: above imall z;ainrli~
4nethod resulted in a discrepancy of not more than Ito,` I t ),7
thereCore concluded that the small-sample method can be used
SU(ILessfully for the measurement of c the horrors of measure-,
inent are- comparable uri.th those of the waveguide method
0; the small -sample method has the advantage that vcr-Y
1 ~iampLes ran bo employed and that interpretation of tt-
~e-
,ult5 i!- riot morr complex than that in the othet mpthod!~

s/14l/6l/oo4/oo6/oj-)/OJL7
Meaauremezit of .... B192/r,
382
The authors express their gratitude to A.N. Chernets for valuable;
advico and for his interest in this work.
Ther-t- are I figure, 3 tables and 7 references: 5 Soviet-bloc
aud 2 iiori-Soviet-bloc. The tiro English-language references
mentioned are: Ref. 4 - H.B.G. Casimir - Phys. Res. Rep., 6,
16,-,, ig5i; Ref- 7 - L.C. Maier, J.C. Slater, J. Appl, Phys.t
23, 68, 1952.
.AS_--,OC1.,'%TIoN: Institut radiofizikirelektroniki AN UkrSS11
(Institute of Radiophysics and Electronics
of the AS UlcrSSR)
SUB'MITFED: Febrijary 3, 1961
Card 5/# ;

2 817 6
s/iq0/61/003/Q40/Cj04/O1.9
B" 30/B 110
AUTHORS~ Kc-rshak, V, V- Krcngauz, Ye,,S ; Sheina; V Ye
TITLE~' Stud;.es in the field of coordination polymers V-
Synthesi; of coordination polymers of some b1s-.*',-diketones)
PERIODICAL: Vysokomolekulyarnyye soyedineniya, v. 3, n,-~ 10- iq6i,
1456 '46,,
TEXT~ The authcrs synthesized aliphatic bis-(P-diketones), 1;112,2-
telraa~;etyl ethane (1), adipyl- (II), and sebacyl diacetophenone (III), and
prepared and studied their metal polymers, They prepared I from a
suspension of 0.5-mole Na-acetyl acetonate in ether by adding a solution
of 0,-5 mole iodine in ether at room temperature under vigorous stirring,
The melt:ing point was ',85-1860C, the yield 27-30%, 11 and III were
Prepared a-:,,~,,crding to V. V Korshak et al. (Vysokomolek- soyed 17064,
1959). The me-Lting point of III was 1081,109,5 0C (Yield 20-22%) The
metal polymers cf the bis-(P.,diketones) produced were prepared by 3-hr
heating in a va;,.uum -3f 2-4 mm Hg of their equimclecular mixture with the
Card 1/4

M 76
S/-,g 6 -. /o0 -3 '0 1 O/co ~,/C- i
Studiec ~n t?,e faeld c-f oordi-na-.ion B130%1110 )/
respective Me-acety! acetonate at 150-2100 C until no acetyl acetone was
set frer- To remove the remaining acetyl acetone, the resulting product
was rreated with hot water, boiled in alcohol, washed with ether and
dz,ied to ~~onstant weight. The ,opper derivatives were obtained by
react_,L~jn of the diketones with copper a--etate in an alcohol solution it
vas found that I with Be-, Ni~-j Co-, and Znr-acetyl acetonates formed
norifusi.ble powders which were unioluble in ordinary organic solvents and
hau a high decomposition temperature. I formed no coordination compounds
,with Mn and Cd The ;hemical analysis showed that the composition of the
re,2uiting metal ccmpcuAids corresponded to the theoretical values Also
the metallic deri-atives of II and III constituted colored powder~i The
Be -derivatives -of III, and the Be.-, Zn.- , and Cd-derivatives of II, are
5cluble in ~_hloroform, tetrachloro ethane, dioxane, bromo benzene, and
dimethyi. formamide ', the Ni- and Co-deri,,ratives only in dimethyl formamide
and dioxane The peculiarities of these compounds are explained according
to Hammcnd Borduin, and Guter (see below '), In the interaction between
tetraacetyi ethane and the metal ions. a coordination binding of the
meta'J. taKe3 P-,aLp- between the keto groups of adjacent mclecules c--P tr
Card 2/4

2 81; 7 6
S/19 61/003/010/004/019
Studic-s iii the field of coordination ... Bi 5OY31 10
bil-"Jinp ~;gent (rig. 1). In II, ani particularly in III, the formation
of closed, monomeric complexes is probable because of the presence of
a flexible- meti.3'lene chain (Fig. 2). rhere are 2 figurem, ' tablea, and
6 retf-,~rences: 9 Soviet and 4 non-Soviet. The four referendes to English-
lan,luap,e publications re?d as followei R. G. Charles, Organic Syntheses,
T `~
.a,-1, 1959; G. S. Hammond, W. G. Borduin, G. A. Guter, J. Amer. Chem.
500. , 51 , AbC2, 1959; G. A. Gauter, G. S. Hammond, J. Amer. Chem. Soc.
_, 4606, 1q5); G. J. Buller,) Acta crystallofgr.,
Li U 12t 703, 1959-
AS S , OC !AT i .) 1; 1Institut elementoorganicheskikh soyedineniy AN SSSR
(Institute of Elemental Or&nnic Compound-, AS) UISSR)
1960
EUB"ITTED: Outobor 25,
1. i:'J)d,_~l cof a 1,1,2,2-tetraacetylenu etlhan,? cor.,ple:. j;ith neta-I,
0 --hydroc.:'ni, -)-- oxyCen, metql.
2. of a st~buc-l di.~.,cptorlhpnone coiu-Llex wit.r. metal. Desi -.,ations
as ir. F;

.7-
1YIN19 5 0 951
q
7 C
inva!"- r o
t~her
2S,
_L'a-nt~
0
t
ca
0
-rT -7,
, ~ I ; 1, _-_ -- _ ;' , - u Z'
y C'3 su" - - " r c e S J-Y
~jQ S
ts -~C'a
-7 0
____--ed ue
0e
r
~U' -
Z: Su- - e -.-
e
Is 2
od 0- J'j

'
Lz.- e ...
U
0 1-
e Ic., s
ly
t
and
S'i
a i.'
-a, d
0 71
zD
t
"a:. va-
r 0 0 n"
U!"z"
2d the or
G
ad E., 75 e -'a. T,~
L
4 t t i vi ty
C and
'an.-ens ol'
- . ~ - Z, " - r. = -- ;?,./ -. IN --e s -a r
We-
V e
o f 2 G C)
.2
27" vi 0 1 -, sY ven. The 0 r,
r o n
:)du
cl
CY
pc
~- f
turbe
~ac'
~Or O~
171 lr-
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L 22651-65 EVIT (m) /ZpF (c 1EM?j Pc-4/Pr-4 RM/MLX
ACCESSION NR: AT6002130. S/0000/04/000/000/0173/0177
AUTHOR: Korshak, V. V.', Kpongauz, Ye.
G Sheina, V. Ye.
Vasnev, V.
TITLE: Synthesis of bis-(beta-diketones)
SOURCE: AN SBSR. Institut neftekh1micheskogo sinteza. Sintez i svoystva monomerov
(The synfhesin and propekffe-B7oT-xg,57Ed--me-rs~.-'Iffo-o-edW, Izd-vo Nauka, 1964, 173-177
TOPIC TAGS: diketone synthesis, beta-diketone, aromatic, diketone, diketone polymeri-
zation, organometallic complex, boron trifluoride,' acetoacetylation
A13STRACT: A direct method has been developed for preparing aromatic bis-(6-dike-
tones) which can be polymerized to give coordination-bonded metal complexes, and a re-b
action mechanism for the ketone synthesis has been proposed. The aromatic compounds.
are acetoacetylated in the presenct: of boron trifluoride with acetic' anhydride. 4,4 a'-
(acetoaceLyl)diphenylox1de was derived fiom diphenyloxide as shown by the following
equation:
0-0 + (Clico).0 -"y. C112co-
COM,
are
cllscoclhco-.~e--~-
ard 1/2 0-jD-C0CHt=ff.
C

L 22651-65
ACCESSION NR: AT5002130
and by similar reactions the 4,4-bis-(acetoacetyl)- derivatives of diphe4ylmethane, di.
phenylethane, and of the diphenyl eMers of ethylene- and diethylene glycol were obtained.
The best results were obtained when boron trifluoride.was rapidly added to the reaction
system and this effect was shown to be related to the proposed reaction mechanism.
Diacetylated ketones formed by the first reaction step are further acetylated either by
direct C-acetylation, or via O-acetylation of diketones and subsequent C-acetylation of
the ester formed with the enol of the diketones. The first -route is exclusive during the
initial reaction period, while the second can become dominant a's the acid concentration
increases. Infrared analysis showed that only p-derivatives are formed and that the
bis-(6-diketones) exist only in their enol. form. Their reaction, either in the melt with
acetylacetonates or In -solution with Me acetates of Be, Cu, M, Zn, Mn, Co and Cd
yielded coordination chain polyme
v:ce colored- and infusible*
0= which were higb?
powders which were insoluble in: i olegido. so-tv-0,6t j-4-200400C.--Orig
CZ
has: 11 formulas.
ASSOCIATION. None
SUBMITTED: 30Jul64 ENCL: 00 BUD 00DE.. 0C clc;..
NO REF SOV: 006 OTHER: 010
Card 2/2

~ -- .
Usin-~r eleL:~I-rodi al-- ~ ~- fo . jt,-,dvi.PZ bleached --ocks. `r,,~dv Gor.-
,i S I - - I
Z-10 01 -inst LKICI-, SSS~-, r-C. -2:153-1159 15c'. (T- ~'- 14,:2 )
(i dme-ralo-ical chemistry)

iiurliriskiy porous silic~~ou* rocKs :,I;s ausorben-E. TrudY -Jror.-
inst. Uio'.'ilf SS611 no. )5:277-289 '60. (H UiA 1l; : 1)
(Kurlinskiy region (Sverillovith- Prov i tire)-- Rocks, "Aliceaus)
(Am3orbents)

kand.khimicheskikh nauk
Study ano salection of wetting agents for coals of Yegorshino
District by use of the method of capillary absorption. Sbor.
rab. po silik. no.2:29-39 160. (MIRA 140)
1. Gorno-geologicheskiy institut Urallskogo filiala All SSSR.
(MINE DUSTS) (WETTING AGENTS)

~_SUINA, Z.G. -, karid.khimicheskikh nauk; PONOMAREYA,. L,,K.
Study of the kinetics of wetting dust from quartz-bearJ-ng rocks
by means of capillary absorption. Sbor, rab. po silik, no.2:115-
124 '60. (MIRA 14:3)
1, Gorno-geologicheskiy itistitut Ural'skogo filiala AN,5SSR.
(MINE DUSTS) (WET',"ING AGENTS)

WALUKRIN, G.A.; SHEINAY Z.G.
Swulling as a diagnostic feature in determining the mineral
composition of clays. Trudy Gor.-geol.inst. UFAN SSSR no-56:155-159
161. (MIRA 15:7)
(Clay-Analysis)

KOGHNEV, K.V., prof., doktor tekhn.nauk- SHk',LIX&,Z.G.-,_kand.khimicheskikh nauk;
:L--==
FEDOROVAI, G.G..' kand.khimicheskikh nauk
Preventing dust formation and keeping down floating dust in the
Korkino open-pit mine. Sbor. rab. yo silik. no.3:109-117 161.
(NIRA 15:10)
1. Gorno-geologicheakiy instiTut Ural'skogo filiala AN SSSR.
(Chelyabinsk Basin-YAne 6sts)

KOCHNLV., K.V., prof., doktor tekhn.nauk; SHEINA, Z.G., kand.khim.nauk;
FEDOROVAIT G.G., IQand.khim.nn,1k
Wetting agents and siLline additives as means of control-ling the
process of dust preAftbQ. Bor'ba s sil. 5:21-27 162.
(MIRA 16:5)
1. Gorno-geologicheskiy institul Urallskogo filiala AN SSSR.
(Mine dusta~-Prevention)

-SHEINFAYN, R.Yu.; KRTIGLIKOVA, N.S.; STASI, O.P.; NEYMARK, I.Ye.
Mebhanism of the formation of a porous silica gel struct-ure. Par'. 1:
Effect of the acid treatment of hydrogel on the size and packing density
of xerogel particles. Koll.zhur. 25 no.6:732-738 11-D 163.
(MIRA 17:1)
1. istitut fizicheskoy khimii AN UkrSSR imeni Pisarzhevskogo, Kiyev.

-SHEINKER, A.P.; ABKIN, A.D.
Mechanism of radiation polymorization. Part 1: Mechanism of gamma-
ray induced carbonium polymerization of isobutylene and styrene.
Vysokom.soed. 3 no.5-.716-723 My 161. (MIRA 14:5)
1. Fiziko-khimicheskiy Institut imeni L.Ya.Karpova.
(Polymers, Effect of radiatAdn on) (Propene) (Styrene)

L 56540-65
ACCESSION NR: APS016786 (JR/0286/65/000/010/9119/0119
AUTHOR: Lefarov, A. Kh.-, Shei I G..X Girko, Mi-D.;.Gubitskiy, A. A.
nker, I
TITLE: A transmission. Class 63, No. 171278
SOURCE: Byulletent izobreteniy i tovarnykh znakov, no. 10, 1965, 119
;TOPIC TAGS: transmission, engine equipment, clutchNI
'ABSTRACT: This Author's Certificate introduces: 1. A transmission designed prin-
cipally for trucks and caterpillar tractcrs., Provisionlis made for shifting gears
.without interrupting the power flow by using multidise friction clutches mounted oni
,rotating shafts. The unit contains an input shaft, two coaxial output shafts whichl
bare joined by a differential and are parallel to the input shaft, and intermediate
ishafts, one coaxial with the input shaft and one with the.output shaft. The trans-~
mission has relatively small overall dimemsions. The. first intermediate shaft,
iwhich is not coaxial with the input shift., is hollow and encircles one of the output
ishafts, which passes through it. This intermediate shaft has a multidise frictior--
.clutch mounted on it. The driven,elements of this clutch are connected to the dif-'
Card 1/3

F. 1, 1
AP501678E

KUN~~,.V, St.; SHEINKMAN, M., FURSEN(0, V.
A method for 'the nont~ontact studies of the conductivity
phenomena in the cadmium sulfide semiconductors. Izv fiz
atom BAN 10 no.2:29-30' t62.

TT 7 7 1
A C 'C N RAr6o1L8Q,'w- SOURCE CODE: GF.10030' 6/013/001/0025/0036
/6
AU'PHOR: Kor5unskayal N. E.; Markevich.,_I, V.; Sheinkman., Mo K,
7
;7 3
ORG: Institute of Semiconductors., Academy of Sciences of the
Ukrainian SSR, Kiev
TITLE: PhotochAmical reactions in CdS single crystals at low
temperatures
SOURCE: Phyeica status solidi, 7. 13, no. 1, 1966, 25-36
TOPIC TAGS: photoconductivity, recombination reaction, electron
trapping, low temperature ef feet, _capium
sul f ide crystal I S=Msa~~ V I M ak;~ 8"Woor
ABSTRACT: The investigation of glow curves under various illumina-
tion conditions in cadmium sulfide single crystals (previously annealed
at high temperatures) shows that the photochemical formation of new
trapping centers arises at +20 to -100C. In the same temperature
range, the new "sensitizing" recombination centers, having small
capture cross sections for electrons, also arise due to the photo-
Card 1/2

L 36260-66
ACC NR1 AP6oi8336
chemical reaction. This causes the photoconductivity to be Increased
bY a facClor of 2 to 100. The investigation of the kinetics of trappings
and recombination processes by various methods makes it possible to
determine a number of parameters for the new trapping and recombina-
tion centers. The authors thank Professor V. E. Lashkarev for his
interest in this work and valuable discussions and Dr. W
. Bqrchardt.
and Dr, J. Voigt for helpful discussions. Orig. art. hast figures,
2 formulas, ana-1 table. (Based on authors' abstract) (NT]
SUB CODEs 20/ SUBM DATE: 03Sep65/ ORIG REF: oo6/ oTH REF: ol
Card 2/2