SCIENTIFIC ABSTRACT KARASIK, V.M. - KARASIK, YE.L.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000720620012-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 13, 2000
• Sequence Number: 12
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

,KARASIK, (Karasyk, V,M.]
Effect of the structure of a water-soil mixture on the hydraulic
resistances in pipelines. Dop. All URSR no.4.'448-452 162.
(~aRA 15:5)
1. Institut gidrologii i gidrotekhniki AN USSR. Predstavleno
akademikom AN USSR G.I.Sukhomelom [Sukhomal, H.I.].
(Hydraulics) (Pipelines)

0 0 9 0 0 0 0 0 0 0 , 1 0 0 a 0 0 0 a 0 a W W 0 ; ; :
j-~qq9_j_95_W_ ml-
so f loss to flollutim9is t? a -74 V a nil AIR 34A bit Ilms it 00616je
it ml e ti M~_, _V _- ,
A _x I -A-.M P_ a a 11-
LJL ij~
0 ", W, )~
4
oil
04111 The rlaijael belststet the cbttWW nature mad the bio- -00
as logical activity of &b ditoxymetbylpMnarlatWe and its
derivatives. %% 161, J!Arasik nd m. m, ukhathev. -so
a,
0At tend. aind. sa. W R. S. S.1 4. Ifll-;;1in
French IM AM1434 (1), activity ol central origin and IM-M uinr% gTestel
Celt#, M(MUsMe Cglit Nil, givrt, sulm-utantaimly in toxicity. DihydrorMethy1dipbettylarslae and its de-
firatives. 114d. 314-1.11in Ftench 3HO-Diliviltoxv.
dosm of 03 body wt. It) white nake prud,ice. rorthylitipheny r1ine (111) and hydroxydinicibyMilthen.1-
lanicorlonie falfingwveral hirs. and teminat- anine . I&
2 (IV) PF(ml"(-r PAIRlYlis at'd d,11h in 24 hrj. in
doses Of MG-11M and )1.4-21.0) rug.4. Wy wt. (whit,
crea~A refl, "cli(q, vkilhout con~-jjlgions, 0.15 mg. con- rilice). rt-sp. 71c nitrate 'if IV in do-e. of It. 14 mg /j
%rultims. anif 9.4501.7 Trig. death within 114 his. The "N 'A.I. parelyzes and kiliq in 3-210 firs. Conclum'un:* =00
.3; higher haniolop of I mcAuce F-Y'"WoUls Of P;tfulY40. The* dillhenylAt,ine dcrivs. are I,- t-me 1"M cWhibit a
0 0 '31 provoking cmvidsions and Inore pronminced ciltare Actim than the vorr"ponding
~ihydroxvpm .pylpficnarsAnne paiulv~is withmit convul- pliensiriazits..
eims. Their toiticity is the Nam- llydroxyditnethyl- C. W. S-Indum
111) in &~-% ,1 0,02.', 0.1 nix./g, body wt.
hire Tnieri l'I'Oncv, pmfal hile 11AI 0.115
i.L*-zj :09:
0 0 9 #c. LON m 24 11M i'1,116-1 .1-rx id the nitrate ~il
0 o It Lill in 1 4 mill. 011".111,lml 1-f 1 441
with a '.'nd NIV in I KI-1 d 01MIA. llt'~-0111g lWAV14-
use
zoo
noo
Atet.l A AFTALLU-MCAL Lifee CLAILIFICIP0.
ClAt 0
its WOO
U IS AV 00 at Nil A )1 499 Q- At I Jim ft
;" " a re 1, 4 Is AS 19 a K It It It a n OW 0 M 1 1 W 04 V M~_
*is *so 0 00000000000 a #141
0 0 0 6 J4 0 0 4 * 0 a 0 0
10000*000*0*00600000000000

0 40-0-*0000000000001
:9
0-909990 0 0 0
s
0
0
0 600606690949
h 060:
*i

**A J!oR.PoOtAt-
0 rlD A
d.
'DID A
,Do
O'..l

"AW4 strustum
"uvay c4 dipb~jmsftkraim di-
-
l
:
l
M. KAwlK
&,Dd j1A dwiiatives. . V--
J

b1. I.X%A?icmv (Oampt. "- Apad. OW.
i =00
ImOthYlmim
O p lusina lydroxide (1)
e
, d I
: roe
=00

0 No ioxic when Alm4M suh-
Itf
_(gVm
,m -
Oor"WIX-4411A Mill It-
l
W
t
0 Lee
% group k4m.
taining onr 1
2
.
-
10-5

00

i. A S a . A L A At VALLVkCK At
1,119RAII041 CLASSIFICATION
-
A:
"'NJ .41 0- Got al 3 5 1 iwc-.;.-
.
.--

AT -0 H
An
A
a ?W 0 A a I IT A, -3 A
I I
It dqa~

000 es
0 0 see 00 0 es 0 0 0
00 *Sol* a 0 0 0 0 go* go 0 000 0 0 0- 00 00 Go 00 see!

IN 0060o0000000040 1

M 0 o a a 4 o 0 0 0 4 0
a 4 0 0 0
It
0
0
0
0

3 1 0 0 0 0 0 0
1 4 1 S ? I - v it 1; 13 U 1) U it a
al
a IF -A %
11 11 11 0
0
o
o
o
-%I Ust ids %Valem; &I
a U a faice

I

A k --S-.X- I L--A-. a -At- It I I I I IV

I I
a
J-A 9-0-As III lip 0 A.?
0 90
4" , I I.t.
-
-
Co
inpprative blaWSkal activity of armatic vs. h&jm. 00
cyLlicarmoniumbases.
- 1.00
cow -read. acad. sci~ U. R.
S. S. [,%,. S. 1, 4, 319-21
00
19 (in Frewb).-Dimtthyidipbcmykncukmium by.
R
d,.
d,e and dimethylphenazarsonium hydroftide and their
tutfttrz were i)-nthtsired. Toxicity studies hmwed thAt
~Ubvtitution of the diphen)-letie group for life diphrityl
xrGup in di-nethy1diphrmylarwonjunj hydrt,%ilic kj) in. -00
0 Cicased the size of the wittimum fatal dum to.-, times that
tequimA with 1. SubsLitution of the phetfoxarsonium group
f d( ubled it, but the Phenaurwnium group reduced it to
': 500
'.
. The nitratti Wert more toxic titan the corresponding
h
d
i
00
Z rox
deti, clivept with Off, coulpd3_
y =
WISCI't Ille tCVt't$C IA-196 trile. %kilb tile b%tirl. tile 1111IMte
Illouslit death within I to 4 mm,, cwlipalcil to 24 If) 4S

lim. Mquited with the ImIrmide. 0. 11aftley r
0
60
go j
00 so*
coo
a. j L A ITAItt;PGICA1 LITINAT"f CL&JSIFICATION Iz
08
7 It,
t An A I N Ow 0 0 6 1 w 64 5 a 31 0
it itX RLD a 1 114
no 0 00"
*0 0 0 0
0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 Ir 0 0!0 0 0 0 0 0 0- 9 SO 0 0 4 0

0 OF 0 0 0 0 0 0 0 0 0 0
6 0 & S, 0 0 : : : : : : 0

I)
11 It 11 u isM
?Q a A I~ V V ~.V -A--) AAa (X to UL4
400 -L 16--L 4 It 4 iA .1
&;0 0
.
L 7
0 Tbt Lnfluence of tho anioa of dimethylphanazarvoulum -00
0
Li~ IlLchev PA. fa( . J(i, S.
Z .41 , -4093d)(in French),- -DullcthylphVII&A.&M.Ultlitl -00
(1) lwd IlloutwultAir dll %viv aud
Aoxicity tests made an mice. I is I j as toxw the nitmit
00 (11Z): U. IA as taxic. Th -di0
e "Pt it), to%IC SCtiou was,
in order of decreassing mpeed: lu. 1, 11, hydr-mide.
00
)IIIIIII'v
jr

=69
400

1,60
r bee 0

S L .11-LLLPrK.L LlTfR.TLQI CLOSIFICATION d A
ll~ 0 e

' Aft I 1 4 CM 0 0 1 v IN 5 All a V
~
Is
IF Do As a -1 a K It I
a 000 0 0 9
0
0
0
a
0 4mQ
IN I Ce 9 0 0 OF & AlF All a 0 0 a 0 Ap ej
0 0 :
0
0 00 0 0 * 0
0 : : : 0
s ~
0 * Ofto 0 0 0 OL 0 0 0 0 & 0 0 0 0 0 0 0 0 q1-

KARASa. KaUTIKOVA, and MARKOVA,
mmumm9cmam
"A new causal agent of pectin fermentation of the tyFe of B. felsineus," Tr, Vses.--Inst.
s.-kh. mikrobiol., 7, No 2, T 7, 1936.

0000 40 go -0
ct.;, - -66900096 09 0 0
o4o
~
#
:::

~j 14 IS 4 I~ Is OVAD1 o
q0#
o
o
71 Z? ZINIS 36AIMM Alit Ill 11 14 b It 1? 14 PO 41; 41 Q 41 Q .5 C 0

It h, P, IN _J I W of
4

so -00
A case of the poisoning of six bo) a by the toot modules
00
00 -
of Cicuts virou. V. .1-1. Xurvik,. Smfl. Vra,keh"Yi
Zksr. 41. Zenj", 1939, 1. 21GO.-
Ca"'s oi the tx)i-..ming of 0 tboys by the remits tit tile water
*0 hentlock are deberiltud in druil. Two caws %%rrt- Nial.
.00
00
so .0
400

00 3 16
IP, 0
Z

00 r
KKA ! Sro 0
00
9*0
00

A I L. a IITAL&4~PCKAL L17(PAT"E CLASSIFICATICN

60
- c., G., 11 0

;
; S I Oil 0 le N W -3 As 0 3 1 1
1v It (11, ME SC 9 K rt tt It (11 1913 111 1 X4 Aliel
0 *:
: : : : : : : : : : : : : : : : g
09
9 0i
i

KAWIKt V, R,
"A Contribution to the Dosage. The Role of Dosage of Thiosulphate in
Neutralizing Cyanides," Farm. i Toks., 4, No.2, 1941
Chief of Lab. of Toxicology, lat Yed. Inst. im. Pavlov, Leningrad

KAW IK ~ V, IM,
"On the Cholin-Negative Action of Novocain," Farm. i Toks. /+, No.2, 1941.
Chief of
Toxocologic Lab., lat Leningrad Med. Inst.

0 a 0 0 ^ 0 0 0 0 6 6:00000010106090010
OV00004lo*00000600
Noo 0 *906000090809
0 k it u If It 13 30 x At V As p a v a a 41jeo
00 -40
-00
so
00
.00
.00
antidotes for cyftuldes~ -daw).-TIW
00,31 "a--Parmakol. i Taksikol. 6, No. 2. W -so( the th'o-
r lowing were studied'- (1) the chws"er'stiL zoo
rod i ensyme (2) the t0k Of Cm in the bb'O'
c'y&ns'c, unng between antidutes duting
LI ul#aLe e-;tct. (a) the symercism Coo
00 ;i cyanide paisming, (4) the Prolmlled effect Of the combins-
tim, of nitrite and thiosalfate during cyanide poisoning. -00-
if. L. WiL.Iiams
zoo
we 0
I'tTALLUPWAL 1.17fil 7
AlUst CLAISIFICATION
%to., "."1, 1:00
7 we*
T 41416 dw-~~j
it r? it 00 it 00
011111 flown I IF'An A I I two 9 a
00 0 0
0 00 0 , Do 00 00 * 0 -0 0-0-0 0 0 0 0 0 0

O
: ~
lt 0 t o 00 00000000
-
? 11 i #
0 or
05
~ j . 1
1
4 1 11 1: 11
1 ~t it u is A 2
D 1 1 )A n

AJI 0 Z AAX
00 i

Rol* of *&at** sud smutes in datelAution.
formekW. I TPUAW 6 No. 5 43-4(l
if
in
Zterial
tye " it detom
scami6 s

0 ,
imy 6c
,
i
y
sontatic
i
ith
l
j
d
:
0 a
xm
ut
nS w
ensynIc systtlus,
ng po
estnelay aniline. coulparable to the dvats*~ in

0'0 in the sysunns plitueddin-plic
d
i
i
h
l
I

0 reAu
ccrezi
ons whic
t
n a
rm Under cond
t
ductiou of acetate iu intcMILAiary compd.' I. C.
: nnno~~ Ut. it might be expected that there wul
i
i
h
b
1
'3
:0 ch m
t
e 4
1
thcreased tesistance to pubons wh
g
by acetate.
Go a
0 0 0 41 0 0 0 0 0 0 0 a 0 0 a
0
-00
-0 0
00
V, ^00
43).-
-00
htough
111ints. 100
olkily
scrtin,
I luo.
avita- .00
it be a
v*0
uxified
isma =00
%0
s 00
zro 0
goo
~* 0
X;00
,a
Imim.
;goo
#M:1
W~LILNK~t~ L11110UNt CLA"WICA11CL MOO
--- - I V~10 0
48", CUM"
flis" ow 0.1 all
U Af 10 -, I"
If w I W of a 4 3 1 1
It 11 It ap a it a $It X WLD 1) 1 m 4114A
OT441 0 0 0 0 0000 0040 0 0 0 0 0 * 0 0 0 0 0 0060 46 0 4D 0 0 40 0 0 0 0 0 0 'D I
0 0 0 0 0 010 a 0 0 0 0 0 0 0 0 0 0 0 0 * 0 0 * 0 0 0 0 0 * 9 0 0 0 0 * 0 *4'q 0 0 0 0 0

32 A, 11 If Jv 40 of 'v IJ a 6 'C
g% 101 7 a
A I L-L--lL_R 9IL-1. If i
4
00
Heimue C* ffv~ and the actiome of AlUtaloW on red
Md. I.. W -L s Tokrtk-4. 7. No. :1. -00
go a.tk, Farpwk
A"Itilly 14 114-fillor norl"twiv ('aluffil"'I
00 tioder tile ill"oriltv of pills-fridille twil.1t. And 44 ..111f
piperidine p(tup alkaloids (WbClil%C. AllAbAlItIV. IJCIIvl iO 4
inr, piperinc. rte.) it appeared that the-4- wvrc tile wfl~
silkaloid. for thr action ill which red I)Ux-l could 'CrVC A, A
miWtate. Ttt, wit 11 tr(4, %howed A flat I I Vint IV vorpl1wh-4
are for-fried Irtun clythrocyte hetre)SUAiin. with drVAJA-
turo all'i devolorization apparctilly line to chem. ehvijfc,~
in the protein voinponent. T"t fruj~ f-mviving piperistitirl
00
twwrd a padual drop fit erythrocyte count. Corpuwlv~
oo
(mmation is rallid Orr pipetidine injection in frost, [lift,
00 vuly P111KRIAll ill "Mort -Ill. lifitulat Ill-Not '111W =0
Idjorridille, in flop (Imill'tNt
0& with C01 triallfit vorptAWIP futillatilln aket 111JR-fillille m,
jectiou; this tonfimit file rclativr client, %(Ahih(v o4 car. ';00
1xiion.
roe
mg; ham Pmrcdy,auy imfiftenct, but a
flh,hiurtnia induced by andine paimaiiing has mwe 01m.ij
Relatkati of the piperidine ring to tile pyrroh- gr.
all, l.b ;lee
9 brimiglobin ow the piperjuinr "p in native or dunattimil
S proivio~ may be invo3ved in the effect on ctvlmwlr forms-
tion. There is ~omc indk-atinn that cytovhrome, cyt- Iroe
Oilrome oxidaw. ratalaw, catiminic animitaw. or foune of
Ole Illay 40 0, millw1livir. 1, It. 81111111 Soo
1.9 0
I L WILOOL01 CLAWFICATICk A I o 0
a
A a A or
3 U 19 AT -0 AS:; AA V NO 0
tICT11 P104 lift O(V K U It it 01 Kw n t Ila
00060 0 00 0 0
14 ::0000000000006606006 000060000 ::o
0 40A

- *--- ; ~.:---- -- - - . .
a

A
A .
=3a as ult MW low A*-

sludensty).
4
hi
h
am
-Tht bodle-
es act as catalysts
c
n
roact W
for the tl*ndanDMIOb d =ill. I Into Wdidr� With AMW-
egg t"wes farnmetieve cl N tentre the acid residue is a special
d
i
h
hi
h
k4
k
Sol a s w
t
c
procir
pwt
vase of 8 catalysis w
wkwe ilimettes tkw Ots formation 01 tht Wide. t
lk~ '046
relay play to sualtwolk " of cation dowir. Wiltz forma- .0

004 " Joel of a getwous Product from Its salon. Thedn-olotisa-
,
I**
a Joni of starch-loillue may be need as an indicateei of such
t
008 tractitmo. No If Plunphates MY aim) serw as cation

001 iftwitine in much reactions. In frarikina fit which the
mee*
dwitir is also a 8 catalyst (No sulAilt, tic (hitualtate) It is
0043 pokillate to itimume: 1W at least all InlermtAlair 11410 of
000 'llmerimation Greens between thr "Ic rvoidurm td those
Its that we cation datiors for the Iodide lonitation.
000 Thus. ralzing of YM till. sol#B. of N114C," anti NallIP04

Oew In the presence of starch-iodine comwit Itistantant-elus de.
too
**i~ coWsation of the better. It Na thitiouliste Is uset! In the
abwsxv of CNS lons, ille dreolmizatioll ill very slow and I,
accelerated considerably by addit. nf NOIC04. Thv
see
decolterization by N11,CNS selate Is also rather slow but 6
acmit-rated by Increased contact with the atm. :: 0
wee

&$&-a L A, a~TALLUNWAL LFUNATURB CLUIVICATION it g0
319" 4110111110111 to
1611040 lost We on l4auineis milli) ex a" let
* I I W KX
-U 6,0, IQ d
4
,

OW 0. WO-111, 0
0
0
W C AA RL 0 0 0000 0 0 0

0 0 16:0 a 0 0-0
0000#000
16
00
got
0*9
W
90.1
0 0
:Idle
0
0
0
0
0
ZOO
NO
f
too
v *7A v ftj o v IN .3 is aI-
U U AV *0 111' m ~113 n
0 oie o 0 0 o o 0 o 0 0 0 0 0 0 10 0 0 0 0 0 0 0 0 0 0 0 0 0 0 6 9
0 00 0 0 0 0 00 0 0000 00 0,0 0 0 0 ~. 0 a 0 6 0 & 0 0 0 0
ovocissil And; voc,"llics I.Pt,
000006000mawgpwww 10
460900600-066060001
11 v 13 34 a It v 1111 30 v if u Ij 44 4~
,,j
_90
1-00
00
'too UT Indiviclual ow
Car on rity 14 ph"it"Woloew
h1l. KwR1Aj~_AAvwfrj in Ateder" [few.
S. R Y17. N6.1.11-MODIO.-A revirwai"I mum.
owy of lvmdts obtabird with ilutivid1141 W.311itivity cilives
In phillormovology to "Okit subscipIrt. 20 orrivroWn.
Nt, Ko~,1l%jw1f1

11141141 to "CUU1314111611" Jill a 34 a 36 IS is fj Q a at*
A 15.1 -A.1, lp~, Ahl. Ask !i!t-tqJ
00 :-oo
-00
00 Ante4onlisfic relations in pharmacological rmtionm. ,J/ roe
V. Nt-RM-Ilik OxIIIIII(TAII) Adwcr, ill 11,4eris P.4
10. Uh, Ait 11,151(in 1(11-kill. A Irlic-t M
'llit.1gollistic J-0.116111, with vitattlin, ill cheillottwfal~ MW
vaectst; Competition bLtwevil 0 alld CO (lit hrinoth,bill;
a in~trj;. cmian anuguniNin anti an-
I tgonkni with cilryint, anti ctictityme%; 3:11ift,taltirt-tifel -
10 1 W rl"I'l
zoo
of
so 0
L
so
A 8 - I L A lltTALLURrlCAL LITIRATURt CLASSIO'KATION I Z
flov, NOW,
4113caj -it a-, Oat VILAN1041 11,
AV Ic -- ' ' ", ; 0 na fff-mvliv -fwo to six us":34 V
PSI IV I'p N' IA' 51 ~ A n "0 A
0 0 0 0 0 0 0 0 0 a 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
e::OIo:::I:goAo*oooo 0 0 & -04k0 0 & 0 J& 0 0 0 0 0 0 9 0 0 0~

t 1.2

lot iii JIM 0~101 41" D*prqo
4q Plaw"Oll-a"m

000 "00

ve

'00
.00
60C TM wo and vror k th A.
-
'b-10
2 age
1/
;
Fixid. Zbow. S.S.S.R. 31, No.
m
(jVj.-4DbK=
I.M

13

AAIJ
1*0 0
goo

MOO
too*
own MCM&MY woo
Saba" "at cow on maunesil pliall Cut a" Ago
31, M jL S g IM 0 0 11 '1 IN 0 2 a 2 6 T
do a Isk

the 'r,
1, AJ.
rr.

V
so a
It j; 11 n Dis a A V29 29 N Vk? 11 14 Z IL
A Q _JLIA MCA M U,~t__k L__e t
go C4WtrAj dLltd Peripheral antmorlism between culare and
iI , osti Inc R A N?c1s and V. b1. KitMik, J, PhyliAl.
00 A! - Pn
00 Z.5.3.R. B.
n o mice lowers; the mortality and diminishes the con-
vulsions produced by the central action of curare. Cur-
0000000 0
v u p a I V 41 u 0 ~O
we prevents the fibrillary twitchings produced by the
A ,. j*npbM1 actk)n 4 prostitmine, H. A.

a*

=go

60 o
i roe
*a ,, I z**
coo
CIO 0
se 0
r ze 0

!-a0
a

:zoo
,IL
A
A Doo
0. t
M I AL LL.
GICAL C tTf Pt.Q[ we*

- - -
U 11 A, 0 a
SI, It 1.1 0 14 1 x 0
1 1.

a q a & *:a 0 0 0 0 or goes** 0 a 0 0

ia
000094 go*****& 0 0 a& 000, e
0 a Wo 0 0 0 0 0 0 * 0 a 6606 a
006,60 11111 0 0 a of 0o0
4
* 1 0 9~
0
e-io-t-

YARASIY,) V. 1'r'. (Prof.)
"Pamacological 4nalysis of "'utomaticity." Zef. Zzhur.3 Vol 33, 140 L, 1:90, T) L63.
Chair of i~harmacology of the L--rin,-.,rad rediatrics Lnst.
SO: U-1396

mtv, V. P..
V. V. Rarapik and V. 1. Rerchinskaia, dascretric investigaticns of the 1--dine azide and
i;doiicWbonate reactions. P. 1228.
It is found that the coefficient C02N2/CNS lies within the limits of the Rupp
coefficient which introduces a considerable limitation to the idea about the catalytic
role of the sulfide bound sulfur in the iodine azide reaction.
All Union Sanitary Chemical Institute
SO: Journal of General Chemistry (USSR) 18. (80) No. 7 (1948).

MUM, I V.- M.-
(Experiments of N. V. Uffkor, Te. V. Nbrov, and A. V. Lazo-nk:17)
"The Effect of Poisons Interfering with Respiratory Phosphorylation on
the Function on Motor Nervb Endingo " Farmakologiva Novykh Lekftrst-vennykh
Sredstv, edited by 9. V. Anichkov, Leningrad, 1953, P. 151-167.
laboratory of General Pharmacology, Institute of Experiemtnal Medicine

USSR/Medicine Acet,,,,-lcholine Mar/Apr 53
"Inhibition by Acetylcholine of the Functioning of
Skeletal Mastles, V. B, Isachenko., V~ M. Kixasik,
4ab of Gen Fbarmacol, Inst of Expl Med, Acad MeeL Sci
USSR
Farm i Tokzl. Vol 16, Wo 2, pp 12-15
A. G. Ginetsinskiy and N. M. Shazariaa bad found that
intraarterial introduction of acetylcholine dur!za
tetanization of a cat's gastrocnemius brings about
a pessimal state. V. M. Karasik established that car-
bocholine (which is not split by c boli ne~, t erase) may
block completely motor- impulses of frogs. The -present
25bT24
article describes expts carried out in 1950 which
prove that ncetylcholine inhibits f ib-,, illat, ions
brougbt in an isolated m. sartorius of the frog
by the applicstion of guanidine (I) or of alphs-
eminopyrililne (11). Hypprkinesis produced by 1 or 11
depends an the functiow-1 effectiveness of nerve-
muscle sy.~apses and therefore a,chollnergic na-
ture. The differences between v-arlous. reactions of
mugeles tr., acetylcholine tril) added J.n expts and also
liberated as a result of a nerve impulse are due
to the fazt 4;hqt other zubvtances besides III axe lib-
erated. Thec-e differences do not d1sprove that III
acts &s a =edlator of no~,r-,re impulses,
NO,
254T24 kx; L

VARA JK, V.M.
Handbooks on first aid In poisoning. Farm.i toks. 16 no.2:50-53 YZ-Ap 15,
.11 -1.
W-RA 6: 6 )
(First aid in illness and injury) (Poisons)
(Glazova, 0.1.) (Ktkoluyev, M.P.)

I.MKIVICH, M.M.; GRIGORIYICVA. L.M.; MIKHRLISON. M.Ta.; SAVINSKIY, Ya.R.;
MENISHAKOV, GAP.; BELIGOVA, I.N.; TANK, L.I.; V.M&
Pharmacology and Toxicology Section of the leningrad I.M. Sacheno7 Scr-
clety of Physiologitits, BiochemistR and Pharmacologists. Farm.i toks,.
16 no.2:57-58 Mr-Ap 153. (mLRA 6:6)
1. Otdel farmakologii IBM Akademii meditainskildi nauk SSSR (for Lenke..
vich and Tank). 2. Pervyy Leningradakiy meditain8kiy institut (for
Mikhellson and Savinskiy). 3. Kafedra farmakologii Leningradskogo vete-
rinarnogo instituta (for Men'shakov). 4. Leningradskiy pediatrichesk:Ly
meditsinskiy institut (for Bellgova). 5. Sektsiya, furmakologii i tokui-
kologii LeningradBkogo obshchestva fiziologov, biokhimikov farmakologov
imeni I.M. Sechenova. (Pharmacology--Societies) (Physiology--Socie-
ties) (Biochemistry--Societion)

KARASIK~ V.14,
uCharacteristics of the Toxic Effects Broduced by Poisons Which Intex"fere
With Processes of Conjugated Phosphorylation.0 Farm. i Toks.N 160 No.2. pp.59-60.,
1953.
The fibrillations which are produced in skeletal muscles under the effect
of gianidine, aminopyridine, or tetraethylammonium are briefly intensified and
increased in freq as a result of the action of poisons (i.e., dinitrophenol,
cyanides, azides, fluorides, nitrites, monobromoacetate, gramacidin, or the
antipasteur factor obtained in alkaline hydrolysis of yeast) that interfere
with conjugated phosphorylation. After an outburst of fibrillations continuing
for 2 - 4 min, a contracture similar to that of rigor mortis took place in
expts on tonic muscles. 254T1

KARASIK# V.M., professor
111--eytbook of pharmacolory." S.V.)nichknv, M.L.Belentkii. Reviewed
by V.M.rarasik. Farm. i toka. 18 no-1157-59 Ja-F '55. (MiaA 8:7)
(FWMACOLOGY)
(ANIGHKOV, S.V-)
(BELENIKII, M.L.)

b S / ~C) L", M,
KAJASHNIKOV. V.P.. profeasorL_4_4SI!~~ V.H., professor; ANICIMOV. S.V.,
professor; IAZARZV, N.1.9 p=*O-t I
F r0 eosor, zaa uzhenW deyatell nauki
"Collection of instructions on the use of drugs.' ad. X.D.Sedova.
Reviewed by V.P.ralashnikov and others. Farm. L toks. 19 no.6:
52-55 N-D 156. (HIaA 10:2)
1. Chlea-korrespondent Akademii meditainakikh nauk SSSR (for
Islashnikov). 2. DqystvitdlIny7 chlen A-kademii maditainskikh naW
SM (for Earasik)i.
(PRAMUCOLOGY) (SMVA, K.D.)

KAR&SLK, V.M.(Laningrad)
Relation of reactivity of the organism to pharmacological agents
to metabolism of normal components of the organ. Fiziol. zhur.
42 no.2:159-162 Y 156, (HLRA 9:6)
(DRUGS, effects,
relation of reactivity to metab. of normal components
of organ (Run))
(HWMOLISM, TISSUE,
relation of reactivity of organ to various drugs to
metab. of normal components of organ (Rua))

KARLSIK. VA.:,LMARlrOVA, I.V.
Effect of morphine and of its asters on hyperkinesix induced b7
barbiturates, Biuleakep.biol. I mede 42 no.11;33 H 156. (KLRA 10:1)
1. Iz kafedry farmakologii (2av. - chlan-korrespondent AMN SSSR
V.M.Karasik) Icningradekogo pediatrichaskogo meditainskogo inatituta.
(MCRPHIIIE, effects,
on exper. 17perkinesis induced with barbiturates (RuB))
(BARBITMUTES, effects,
exper. hyperkinesis, eff. of morphine & Its asters (RUB))
(HGVEMFM DISCRORS, experimental,
byperkinesis induced with barbiturates, aff. of morphine
& its eaters (Rue))

USSR / Pharmacology, Tox1_ctlcgv. Gene-.-al Prob!ems.
Abs Jour: Pef Zhur-Biol., No 9, i9589 42194i
Author Z_= 0
Inst : Academy of Medicnl Sciences, USSR,
Title : The h1story of the Concept of the Correlation
between the Chemical Composition and Structure of
Drugs and Poisons and Their Action on the Organism.
Orig Pub: Vestn. Akad. medt, nauk SSSR,, 1957, No 3, 56-60.
Abstract: A brisf review of the history of the problem,
beginning with the communication of E. V. PeMkan,
who first (1854) pointed out that the Interaction
between drugt and the organism is of chemical
nature. In the further development of the prob-
lem of correlations between structure and action,
the author singlas out as an Important'. step the
publication of R, Bukhheim of his systcm of drugs
Card 1/3

USSR / Pharmacoloey, Toxicology. General Problems. V
Abs Jour: Ref Zhur-Hiol., No 9, 1958, 4Z194.
Abstract: (1856) and the resulting realization of a new
system based on 'the establishment of a relation-
ship between therapetitic agents and materiels
peculiar to the organism with similar structure
and chemical behavior. The author also stressed
'T.-he Investigations which demonstrated visible
correlation between the chemical properties of
drugs and their pharmacological and toxic effects
in connection with problems of purposeful synthe-
sis of drugs. (Brown and Frazier, 1869.) The
greatest successes In these fields were achieved
following the discovery of many biologically ac-
tive compounds and the establishment of their
chemicaZ: structure. The slow progress in the
synthesis of therapeutic antidotes is particularly
stressed, despite the fact that the synthetic
Card 2/3

USSR / Pharmacology, Toxicology, General Problems. V
Abs Jour: R~,f ?-hur-Siol,, No 99 1958, 42194.
Abstract: chemist finds himself In a most favorable position,
since It is easier for him than for the pbarmaco!(,-
gist to forsee the possibility of thz3o or other
reactions between poisons and other compounds.
Important, more recent successes in this field are
mentioned briefly (BAL and other mer-capto-compounds,
ethyl-endiaminetetra-acetic acid), The ef-fective-
ness of some marcapto-compounds in the treatment
of dlueases In w'!-;ose etiology toxic agents play a
role is underlined. -- A. G. Brusilovskaya
Card 3/3

KARASIX V M. - ISMVICH, M.N.
Saw homeopathic manual ("Brief manual on homeothriropy" by T.A.
Grannikova, Reviewed by V.M.Karsaik, H.M.Ienkevich). Farm. i toks.
20 no.2:7c)-85 Mr-Ap 157. (MLELa 10:8)
(HOaGPATHY-)IATF,HIA MOIGA AND THERAnUTICS)
(GHANNIKOVA, T.A.)

KARAM. V-11. (Leningrad)
Biochemical foundations of the pharmacological effect. Uep.biol.
khim. 3:315-341 '58. (Mn?A 12:6)
(PHARMACOLOGY)

KHARAT-YOV, N.A., prof., glavnyy red.; MIKHAYLOV, V.P., prof., zomestitell
glavnogo red.; BIRYUKOV, D.A., prof., otv,red,; AVMIKM* B.G.,
doktor biol.nauk, red.; ANICHKOV, N.H., akademik, red.; ANICHKOV.
SOV,, prof., red.; ARBUZOV. S.Ya., prof., red.; VESEMIN, P.R.,
prof., red.; VOYNO-YASANETSKIY, M.V., prof.. red.; DANILOV, I.V.,
kand.biol.nauk, red.; 79A OTINSKIT, Yu.M., profog red#; ZWIXIN,
L.N.. prof., red.; ILIIN, V.S., red.: IOFFH, V.I., prof., red.-,
XA44�1 V.M. prof.; red.; KUPALOV, P.S., prof.j redo; UM33U, A.A.,
kand.med.nauk, red.; NMAKH, S.A., doktor biol.nauk, red.; RIM',
A.V,, prof., red.; SMLOV, P.G., prof., red.; SMCRODINTSET, A.A., prof.,
Ted.;. CHISTOVICH, G.N., doktor med.nauk, red.; BESEDIN, I.K., tekhn.
red.
[Yearbook of the Institute of Xxperimental Medicine of the Academy
of Medical Sciences of the U.S.S.R. for 19581 Ezhagodnik za 1958 .-od.
Leningrad, 1959. 538 P. WRA 14:1)
1. Akademiya rqeditsinskikh nauk SSSR, Moscow. Institut eksperimen-
tallnoy meditsiny. 2. Chleny-korrespondenty Akademii meditsinskikh
nauk SSSR (for Biryukov, Veselkin, Illin, Ioffe, Karasik, Svetlo*-.
Smorodintsev). 3..Deystvitellnyye chleny Akademii meditsinskikh
nauk SSSR (for Anichkov. S.V., Kupalov).
(MEDICINE. EUERIMENTAL)

KLWIK. V.M., prof.
Fate of symptomatic therapy in the history ol' mecUxine. Vest.
AMU SSSR 14 uo.6:88-93 159. (MMA 13:6)
1. Chleu-korr8BPondent ANN SSSR.
(THERAPSM IGS)

13AZHENOVA, K.M., kand.med.nauk; GARVIN, L.I., doteent; YAT-ASHNIKOV, B.P.,
KIYANF
prof 1 EUY. A.A., prof.; KRISdOVA, H,A.,
prof.; LOPOTKO, I.A., prof.; MASHLAKOVA, P.Y., vrach; RESSZLI, M.L..
kand.med.nauk; FUNIN, B.V., prof.; ROZHDBSI!VIMISKIY, V.I., doktor jaed.
nauk; R%MOVSKAYA, V.K., vrach; SOMMKOV., N.G., prof.; TUR, A.F.,
prof.; TUSHINSKIY, M.D., prof.; FILIPCHENKO, Ye.M., kand.mgd.nauk;
KHROMOV, B.M., prof.: TSMNOVA, Ye.G., dolctor mod.nank-, SMIM., M.G.,
prof.; POLIKARPOV, S.N., dotsent; UDERMAN, Sh.l., dotsent, rod.;
SHHVCiMM,O, F.Ya., tekhn.red.
[Physician's handbook on first aid and emergency care] Spravochnik
vracha skoroi i neotlozhnoi pomoshchi. Leningrad, Gos.izd-vo med.
lit-ry Medgiz, Leuingr.otd-nio, 1960. 230, p. (MIRA 13:8)
(KEDICIO-HANDBOOKS, MANUAL'S. ETC.)

POLYANSKIY, Yu.I., otv.red.; SARMOV, V.Ya., red.; GIIMZSINSKIY, A.G.,
red.; ZHUKOV,
red.; KIRO,
N.N., red.;
P.G., red.;
B.P., red.;
.,ekhn.red.
Ye.K.. red.; ZHIRIMSM, A.V., red.; KARASIK, V.M.,
M.B., red.; LOZINA-LOZINSKIT, L.K., red.; UIKOLISM,
PARIBCK, V.P.. red.; RDMANOV,-S.N., red.; SNETTLOV,
SOKOLOV, I.I., red.; TROSHIN, A.S., red.; USHAKOV,
SHERSTOBITOV, O.Ye., red.i,,,,d-ve; PEVZM, R.B.,
[Problems in cytology and general physiology] Voprosy tsitologii
i obahchei fiziologii. Moskva. Izd-vo Akad.nauk SSSR, 1960.
398 P. WRA 14:1)
1. 2kademiya nauk SSSR. Institut tsitologii. 2. Institut evo-
lyatsionnoy fiziologii im. I.M.Sechenova AN SSSR, Leningrad (for
Ginetainakiy). 3. Fiziologicheakiy inatitut im. A.A.Ukhtomskogo pri
Leningradekom universitete Im. A;A6Zhdanova (for Zhukov). 4. Insti-
tut eksperimentallnoy meditsiny Akademii maditsinBkikh nauk SSSR,
Leningrad (for rLarasik). 5. Institut tsitologii AN SSSR, Leningrad
(for Kiro, Paribok, Sokolov). 6. Institut fiziologii im. I.P.Pavlova
All SSSR, Laningmd (for Romanov). 7. Laboratoriya embriologii
Instituta ekBperimentalinoy maditsiny AMN SSSR, Leningrad (for
Svetlov). 8. Laboratoriya fiziologii kletki Instituta tsitologii
ARSSSR, Leningrad (for Troshin). 9. Laboratoriya sravnitellnoy
tBitOlOgii Institute tsitologii AN SSSR, Leningrad (for Ushakov).
(cyTaLOGY) (PHYSIOLOGY)

ABU ALI IBN SINA (AVICMA) [deceased]; KARIMOV, U.I., kand,.filolo-
nauk [translator); TFJUIOVSKIY, V.14., prof., almdemik, otv.re
ARENDS, A.K., kand.filolog.nnuk, otv.red.; MrROT,.B.D., lond.ned.
nauk, red.; AZIMDZHANOVA, S.A., kand.istor.nauk, red.; AM:P-RO7, A.A.,
red.; DZHUMA7EV, V.K., kand.med.nauk, red.; KARA.�jLMjdAw red.;
RASMV, A., starshiy nauchnyy sotrudaik, red.; RTL~,~Z.A., --ed,;
BABAKHANOV.A, A.G., tekhn.red.
(Canoa of m6dical science] Kanon vrachebnoi nauki. Tashkent,
Izd-vo Akad.nauk Uzbekskoi SSR. Book 5. 1960. 329 p.
(MIRA 13:12)
1. Zaveduyushchiy otdolom nauchnogo opisaniya i katalogizateii
rukopisey Institute vostokovedeniya Akademii nauk UzSSR (for
Karimov). 2. Akedemiya meditainakikh nauk SSSR (for Ternovskiy).
3. Zaveduyuahchiy otdelom izueheniya i publikataii rukopianykh
pamyatnikov Institute vontokovedeniya AN UzSSR (for Arends).
4. Zaveduyushchiy kafedroy istorii meditsiny Moslmovakogo wditsinbko-
go institute (for Petrov). 5. Chlen-korrespondent All UzSSR (for
A5karov). 6. Deyetvitelinyy chlen Akademii meditainskikh nauk SSSR
(for Karasik), 7. Institut vostokovedeniya AN UzSSR (for Rasulev).
(MOICINE, ARABIC)

.1
ABRAl"OVA, Zh.I., icand. med. nauk; ANICHKOV, S.V., prof.; DELU,"KIY, M.L.,
yjrof.; VALIDI~:AN, A.V., (Joktor med. nauk.- W-MBIT"IEVA, ZOI.,, kand.
red. nai)Jl VI110CRADOV V.1,11.) kand. med. nauk; Gl2f'SJWOl,'lCH, X.L.,
Y-and. med. nauk; GINETSI!'SKIY, A.G., prof.; GORjWITSYJY, S.Ye.,
prof.; GRE10'KITIA, M.A., dotsent; GRElal, I.F., dots.; DENI.IRTKO,
P.P.., kand. med. nauk; DlY,"XIOIKO, P.K., kand. mod. nauk; ZHESITANIKOV,
V.D.j. kand. mod. naW,; ZAUGOLINIKOV, S.D., prof.; ZEWAL, E.V., kand.
red. nauk), ISKAREV, N.A., kand. med. nauk; KARASIK,_Y,tl... prof.;
Kivi,W) G.Ya., kand. mod. nauh; KOZLOV, med. nauk; MIOTOV,
A.I., dolctor vetor. nauk; KUDRIN, A.N.., dolctor med, nauk; !,AZA'TV,N.V.0
prof.; LAPIN, I.P., kand. med. nauk; HELINIKOVA, V.F., prof.;
MESHCHERSY&YA, K.A.., prof.; MIKHELISON., M.Ya.p prof.; MOSHKOVSKIY,
Sh,D., prof.; PADEYSKAYA, Ye.14., kand. med. nauk; PARIBOK, V.P., prof.;
FERSHIN, G.N., prof.; PLAIEWYES, prof.% Pollomlutm-"P G.A.31
prof.; POSKALENKO, A.N., kand. med. nauk; HJKHI~', Ye.A.' slots.;
ROZOVSKAYA, Ye.s., dots.; RYBOLOVIEV, R.S., starshiy nauchnyy sotr.;
SAIYANION, L.S., kand. med. nauk; SAFTLUBENYAl", R.R., kand. biol. nank;
KOO, L.A., kand. med. nauk-; TOMILINA., T.N., dots.; FELISTOVICH,
G.I., kand. mod. nauk; FROYENITOV, N.K., kand. med. nauk; KHAWIUA,
R.A., kand. med. nauk; TSYGA14OV, S.V., prof,[deceased]; GIERKES, A.I.,
prof.;
(Continued on neXt card)

Affi~&IOVA, Zh.I.-(continued) Card 2.
CORIZOV) V.A.p doktor med. nauk; SHADUASKIY, K.S.,, Prof.;
YAKOVLEV, V.Ya.p doktor khin. Tiauk.; IIJUSMOVSYlY, V.D., red.;
NIKOLAYEVA, M.14.,, rod.; RULEVA, M.S., tokhn. red.; GERMAYI-NA,
Z.V., tekhn. red.
[Manual on pharmacology] Rukovodstvo po farvakologii. Leningrad,
Medgiz. Vol.2. 1961. 503 P. (MIRA 15:1)
1. Deystvitellny-y chlen Akademii rneditsinskikh naid, SSSR (for
Anicbkov, Karasik, Cherkes). 2. Chlen-korrespondent Akademii medi-
tsinskikh nauk SSSR (for Belexilkiy, Ginetsinskiy, Moshkov.-kiy,
Planellyes).
(PHAINUCOLOGY)

KARASIK V.I-',.,; OSIPOVA, S.V.
Rololof the balance of macroenergy compounds in the activities of the
resp4ratory centers. Biul. eksp. biol. i med. 51 no-4:3-7 Xp 161..
OURA 14: 6)
1. 1 kafedry farmakolgoii (zav. - deystvitellnyy chlen MQI SSSR
V.1-I.Karasik) Leningradkspgo pediatricheskogo meditsinskogo instituta.
(PHE40IS) (RESPIPJLTION)

KARASIK. V.M.
Dyspnea in frogs produced with various pharmacological preparations.
Cas. lek. cesk. 101 no.40:1204,1206 5 0 162.
1. Institut experimentalni mediciny Akademie medicinskych nauk
SSSR, Leningrad.
(DYSPNEA)

KAWIK. V.M. [Karasyk., V.M.]
_M__
StruOture of the current and hydraUlic supports in pressure pipe-
line~ during the transportation ofsoil in suspension. Viwl-i Inst.
Mdrol. A hidr. A14 URjR 21:98-113 i62. (MIFLA :L6;:4)
(Pipe-Hydrodynamics) (Hydraulic conveying)

SILIN, Nikolay Aleksandrovich; VITOSHKIN, Ytwiy Konstantinovich;
KARASIK,-V.M., kand. t-ekhn. nauk,, otv. red.; FILATOVA, T.A..,
red.
[Hydraulic conveying of coal in pipes and methods of Jts
calcuatit-ion) Gidrotransport uglia po tiiibam i met,oly (,.go
raochel.a. Kiev, lzd-vo P-11 USSA, 196/, 86 p.
(1,11HA IF,:2)

-KMALI~,,,Vladixiir-14oiseyevizb; VINOGRA)OV, V.M.., re~.
(Past and present of pharma-cology and Tredicinal therapy;
historicall study of the opinions on the essence of the
therapeutic effect of drugs] Proshloe I nastolashchee
farmakologii i lekarstvennoi terapii; istoricheDkii ochark
vozzrenii na soderzhanie len~nbnogo effekta lekarstv. Le-
ningrad, Meditsina, 1965. 183 P. (MlIRP 18:4)

V
USSR/Magnetism AntifelToma&neUBM F-5
Abs Jour : Referat Zhur - Fizikaj, No 5) 1957., 12011
kathor : Barovih -.11omanov, A.S. Karasij~ V*R., Kreynes., N.M.
Inst : All-Union Institute of Physical, Tecbnical and Radiotech-,
nical Measurements, Moscow.
Title Antiferrgmgnetism of Anhydrous Sulphates Ni2 , Fe2
C02 , Cu .
Orig Pub Zh. eksperim. i teor. fiziki, 1956, 31, No 18-24
Abstract The temperature dependence of the mgaetic susceptibility
of anhydrous sulphates NiS04, FeS04, COS04, and CuSO4 was
investigated between 12 and 3000 K. It is shown that
NiSO41 FeS04, and CoSO4 change into the antiferromagnetic
state at temperatures Tr that are respectively 37, 21, and
15-50 K. Above T. one observes for S04 and FeSO4 only a
slight deviation from the Curie-Ifeiss law. On the other
Card 1/2

P gM - .
- R-771-
MMM
iq 64- Lt
4M.
A I
p M, 034
RN
ts
S'm
a-Mg

SOV/120-59-1-41/50
AUTHOR: Karasik, V. R.
TITLE: J~_ppa_ratus__f_o__r_-the Production of Strong Ida_.r;-netic Fields of
Short Duration (Ustanovka dlya. polucheniya 1=at!r_ovremnen_r17jkh
silInykh magnitnylr-h poley)
PERIODICAL: Pribory i tekhnika eksperimental, 1959, Nr 1, pp 14-2-145
(USSR)
ABSTRACT: An apparatus is described in whic)- -Cields of 3 x 105
oersted.
can be produced in a volume of 0.7 The field is obtained
by a discharge of a ban-k of condense:,~s The discharge is
0 _4 L.)
oscillatory and has a period of 2 x 10 see. The apparatus is
similar to that described by Foner and Kolm (Ref 2 . Furth and
Wanek (Ref 3) and Pie-Imra and Malecki (Ref 12). 'The' solenoid
employed is described in some detail and the field distribut-
ion along its axis is shown in Fig 6. For a solenoid 30 =
long and 11 mm in diameter the field is uniform alon- an axis
7 mm long to an accuracy of 3%. The energy consumption per
Card 1/2

SOV/120-59-1-41/50
An Apparatus for the Production of Strong Magnetic Fields of Short
Duration
discharge is 2800 joules. There are 7 figures, 1 table and
I?
14 references, of which 1 is Polish, 1 Swiss$ 1 Soviet. 1
German and the rest English.
ASSOCIATION: Fizicheskiy fakul'tet MIGU (Department of Physics of the
Moscow State University)
SUBMITTED: January 24, 1958.
Card 2/2

WASIK., V. R., Cand Phys-Math Sci - (diss) "Electrical pro-
perties of germani= in strong magnetic fields at T-200 p 4K
0
and T-77 K,11 Moscow, 1960, 16 pp, 200 cop. (Moscow Stabe U im
Lomonosov) M, "-50j, 128)

U4V-L4c
S/181/60/002/010/039/051
B019/BO56
AUTHORS: Karasik, V. R. -and Kurganov, G. B.
TITLE: The Concentration Effect in Germaniuml
PERIODICAL: Fizika tverdogo tela, 1960, Vol. 2, N6. 103 pp. 2594- 2595
TEXT: From the quantum theory it is known that, if the concentration of
the carriers depends on temperature; this concentration depends also on
the magnetic field. In agreement herewith, the Hall constant increases
exponentially with an increasing magnetic field. This effect is called
the concentration effect. From the experimentally determined dependence
of the Hall constant of Ge on the magnetic field at 20-40K, which is
shown in Fig. 1, it may be seen that up to a field strength of roughly
90 kilooersteds, the Hall constant remains constant. From 90 to 250 kilo-.
oersteds, the Hall constant rises to double its value. Fig. 2 shows the
transverse magnetic resistance of a sample as a function of the magnetic
field. Above a field strength of 90 kilocersteds, this resistance does
not increase linearly. Fig. 3 shows the reciprocal mobility as a function
Card 1/2

84612
change in the dependence may be observed at 90 kilooersteds. Investiga .....
tions carried out at 77006howed that up to A\'he Hall.
_250,000 oerstedstTl
constant does not dep-e-nT-on the magnetic fie!-d-.- articular attention is
drawn to the fact that at 20.4"K the dependence of the Hall constant; on
the magnetic field is linear above 90 kilooersteds and not exponential..
This is due to the fact that the carrier concentration is only a weak
function of temperature. There are 3 figures and 7 references;
3 Soviet and 4 US.
ASSOCIATION: Fizicheskiy fakulftet Moskovsko6,) universiteta
(Department of Physics of Moscow University)
The Concentration Effect in Germanium S/181/60/002/010/039/051
B019/BO56
of the magnetic field for the same experimental conditions. Also here a
SUBMITTED. February 20, 1960
Card 2/2

6 7 9 09
INO 00
-24 (3) S/020/60/130/03/010/065
AUTHOR: Karaaik, V. R. B014/B014
TITLE: Investigation of the Hall Effect and Transverse Magnetic
Reluctance of Germanium in a Field of up to 400 Kilooersteds
PERIODICAL: Doklady Akademii nauk SSSR, 1960, Vol 130, Nr 3, PP 521 - 522
(USSR)
ABSTRACT: The apparatus used here has already been described in an earlier
paper by the author (Ref 1). The author studied single germanium
crystals grown along the 5"Jaxis. The resistivity of the anti-
mony-alloyed n7type samples was 13 ohms.cm. at room temperature
for a diffusion length of 0-7 mm. The p-type samples had about
the same resistivity (diffusion length of 1-7 mm). For the pur-
pose of investigating the Hall effect the author used plates
of 4.2*1-4-1-4 - 0.8 mm or crosses with a distance of 4.2 mm be-
tween the current- and the Hall contacts. The n-type samples
had tin contacts and the p-type samples indium. contacts. A com-
pensation technique was employed for emf measurement. It was
assumed that the shape of the samples and the condition of their
surface had no influenoe on the measurement, In order to avoid
Card 1/3 even effectsp the Hall etf was measured with four differently,

67909
Investigation of the
Magnetic Reluctance
to 400 KilooerstedB
Hall Effect and Transverse S/020/60/130/03/010/065
of Germanium in a Field of up B014/3014
oriented magnetic fields and currents. In measuring magnetic
reluctance the author neglected the Hall component by commuta-
tion of the current direction. The power produced by the mea-
suring current in the sample did not exceed 0.01 w. The samples
were immersed into liquid hydrogen or nitrogen. Figure la il-
lustrates the results of investigations of the Hall effect at
770K. The slight change in slope which was found in all n-type
and p-type samples, corresponds to a change of the Hall con-
atant by 15%. Figure lb shows "typical results of measurement
of the Hall effect at 20-40K.-Vin all cases it was found that
there was a linear relation between the Hall emf and the mag-
netic field. Figure 2 contains results of investigation of the
transverse magnetic reluctancep which are inconsistent with
theory (Refs 2 and 3). The author thanks A. I. Shallnikov for
his interest in the present paper and for his valuable advice,
He further thanks V. L. Bonch-Bruyevich and A. E. Yunovich
for a discussion of the results, and G. B. Kurganov for his
assistance in measurements. There are 2 figures and 3 Soviet
Card 2/3 references. 1~/

67909
Investigation of the Hall Effect and Transverse S102OV60113010310101065
Magnetic Reluctance of Germanium in a Field of up 3014/BO14
to 400 Kilooersteds
ASSOCIATION: Moskovskiy gosudarstvennyy universitet im. M. V. Lomonosova
(Moscow State University imeni M. V. Lomonoscv)
PRESENTED: October 13, 1959, by I. K. Kikoin, Academician
SUBMITTED: October 13, 1959
Card 3/3

A6
37812
S/120/62/000/002/044/047
:5 ~cj 0 E194/E435
AUTHORS: Karasik, V.R., Akchurin, R.Sh., Akhmedov, S.Sh.
TITLE: An inductively excited super-conducting magnet
PERIODICAL: Pribory i tekhnika eksperimenta, no.2, 1962, 179-180
TEXT: The magnet has a solid Armco iron core 6 cm long,
4.5 cm wide and 1 x 1 cm cross-section. The pole tip diameter
is 5 min and the gap length 3 mm- The two 6 cm outer diameter
spools for the magnetizing coils of brass, each contains an inner
niobium ring of 16 min inner dia and 22 min outer dia, 3 'Min wi&.-,
over which is wound a copper coil of 8000 turns of 8 micron dia
wire which, at a temperature of 4.2oK has a resistance of about
30 ohms. The magnet hangs in a cryostat on a stainless steel
tube. At the temperature of liquid nitrogen the magnetization
curve is linear up to a current of 300 mA at which the magnetic
field is 20 kilo-oersted (as measured by a test coil in the gap).
The niobium is magnetized by applying current to the copper coil
at a temperature slightly above 9'K, the magnet is then immersed
in liquid helium and after about 90 sec it becomes superconducting
and the current is switched off. With a magnetizing current of
Card 1/2

5/120/62/000/002/044/047
An inductively excited ... E194/E435 . . . -11-
350 to 370 mA, the remanent field is 20 kilo-oersted. It requires.j
about 1 litre of liquid helium to cool the magnet.
There is I figure.
ASSOCIATION: Fizicheskiy institut AN SSSR
(Physics Institute AS USSR)
SUBMITTED: July 1, 1961
Card 2/2

S/120/62/000/006/ool/029
E032/E114
AUTHOR: Karasik, V.R.
TITLE; Strong magnetic fields (A review)
PE'RIODICAL: Pribory i tekhnika eksperimenta., no.6, 1962, 5-17
TEXT: This is a review paper based on 87 references
published up to and including 1961. The subject matter its sub-
divided under the following headings-. .1) d.c. solenoids;
2) pulsed magnetic fields and 3) magnets and solenoids with
superconducting coils. Particular attention is paid to the
range 1().5 - 106 Oe.
There are 8 figures and 5 tables.
ASSOCIATION-. Fizicheskiy institut AN S~SR
(Physics In6titute, AS USSR)
SUBMITTED: February.7, 1962
Card 1/1

3/030/62/000/005/005/000-
B104 B108
"'717GIRS: Karasik. V. R., Candidate of Physical and Mathematical
Sciences, Akhmedov, S. Sh.
A solenoid of a superconducting alloy
7 , T
Akademiya nauk SSSR. Vea tnik no - 5, 1962 , a6-wj
2 '21-le 6uctility of a niobium-zirconium, alloy was increased by thermo-
mechaiiic3l. treatment. A solenoid (inside diameter, 4 mm; outside diameter,
2.5 c-,:-,) made from, hi--hly superconductive drawn wires was urad for
creatin~r --- macnetic field of 35,000 oe at the temperature of liquid
.Aclium .-;here the superconductivity of the alloy (25 ~o zirconium) vanished
in a ma.r~netic field of 80,000 oe. The superconductive solenoid is
a low-capacity accumulator of magnetic energy. 3 liters of liquid helium
is consuried -3er month. The solenoid costs 5,000 rubles. There are
2 figures.
Card 1/1

SAVITSKIY, Ye.-M.; BARON, V.V.; XARASIK_,_~.R.; AKHHEDOV, S.Sh.; PAKHOWV, V.Ya.;
BYCHKOVA, M.I.
Producing a high magnetic field with the aid of a iliobiuz-zirconium
alloy. Prib. i tekh. eksp. 8 no.1:182-183 Ja-F 163. (MIRA 16:5)
1. Fizicheskiy institut AN SSSR.
(Magnetic fields) (Niobiwn-zirconium alloys)

,.D-AASIK, Vladirdr Romanovich; Br'OV, K.P., prof., red.; KOZLOV,
V.D., red.; RYDNIK, V.I., red.
[Fhysics and tec~mology of strong m&gnetic fields] Fizika
I tekhnika sillnykh magnitnykh polei. Moskva, Nauka, 1961+.
347 P. (MIRA 17:10)

`Vj- V V lyl:F I ~!(
SKTY, Ye,',%; l U . 11 1 S I Y I I'T I
T.V.
I
oustem V-,.i - V4GIe. 1-hur. neor[.:,. ;IrLm.

21 5o-6 EPP(n) /EWT(n /IjDW w lip(c) ww/~'D/JG
84 6 .2 )Iko(
AMMu AP6010403 SOURCE -CODE: UR/0126M7621/00310379/
AUTHOR: Shmulevich, R. So; Baranov, I. A.- Karasik, V. R.; Kurganov,
Go Be
ORG: none
-TITLE: Effect of microheterogeneity on the characteristics of super-
conductivity of Nb-Zr-Ta alloy
SOURCE: ka metallov i metallovedeniye,~v, 21, no. 3, 1966, 3T9-383
TOPIC TAGS: niobium alloy, zirconium containing alloy, tantalum con-
taining alloy, superconductive alloy, alloy~structure, alloy supercon-
ductivity
ABSTRACT: In-a search for new super onducting terials, a niobium-
basealloy containing 35% zirc nium Ind .5% tanmtaalum7QS been tested for
0
the effect of structural microheterogeneity C the magnitute of critical
current density. Two alloy ingots were melted in an electron-beam fur-
nace and cooled at different rates. The slowly cooled ingot had.q homo-_
genous.. structure'and a~resistivity of 49.9 uohm,cm.. In the rapidly
:cooled ingots the dendrites were niobium--and tantalum-rich and the
matrix was zirconium-rich; the resistivity.of this ingot was 54.14 ljohme,
cm. Both ingots were conditioned by machining to a diameter of 4 mm,
preforged, and cold drawn into wire 0.2 mm in diameter. The size of
Card UDC: 539.292:5h8.0:537.312.62

L 21844-66

I

I Z1845-~66
f ACC NRi AP6010403
penetration into a superconductor The heterogeneous alloy vas found to
have a,considerably higher critical current.density than that of homo-
'geneous alloy (see Fig. 1), The upper. critical field:of the former
exceeds [DVI
apparentlY, TO koe. Orig.-.art.,has: 3 figures.
SUB CODE: 111 20/ SUBM DATE: 311-faY65/ ORIO REF: oo4/ OTH REF: 00
ATD PRESS: 7-
Card not

L 38547-66 EWTW/T/EWP(t)1/ETI/EWP(k) IJP(c) JD/WW/JG/GD
ACC NRt AT6014752
SOURCE CODE: UR/0000/65/000/000/0072/0075
AUTHORS: Baranov, I. A. (Candidate of technical sciences); Shmulevich, R.
Karasik, V. R.; Kurganov~ G*_D
ORG: none
TITLE: Fabrication and study of wire from suporconducting -niobium-zirconium alloys
SOURCE: Soveshchai~iye po metallovedoniyu i metallofizike sver-.hprovodnikov. lst. -
1964. Metallovedeniye i metallofizika. sverlchprovodnJkov (Metallography and physics
of metals in superconductors); trudy soveshchaniya. Moscow, Izd-vo Nauka, 1965, 72-
75
TOPIC TAGS: superconductivity, superconducting alloy, electric wire, niobium alloy,
zirconium alloy, current density, critical magnetic field, metal heat treatment,
solenoid
ABSTRACT: The work of the Institute of MetallurU im. A. A. Bayko (Institut
metallurgii) on a semi-indu~_ti~l`ai level in producing wire from Nb-Zr alloy is dis-
cussed. The starting materials were electuron-beam smelted niobium with a hardness
of 80--85 HB units and zirconium iodide in the form of rods with a diamet 2r of 10-
14 mm. Alloys with 40-50% Zr had the maximum, hardness of 260-270 k~/nwi . Homog-
enizing annealing of the ingots at 1200C for 24 hrs was tested. This caused ox-
traction of the second phase with an increase in hardness. Alloys with 25-27'p' Zr
:ard 1/2

L 38547-66
ACC NR:
AT6014752
had the maximum critical current density (4.6*104 a/cm2) (see Fig. 1).
7,-.a
Fig. 1. Critical current as a function of applied transverse Co-
magnetic field strength for short,
specimen of wire of Nb alloy'with
26% Zr (wire diameter 0.2 mm).
01
10 so
The wires were tosted in lengths of 20 m wouud in polenoids with 350-400 turns.)
The maximum critical current density (1.1-10P a/emy") is obtained with annealing at
~t s ~kiy
1000C. The authors thank Doctor of Chemical Sciences Professor Ye. M. av
and Candidate of Technical Sciences V. V. Baron. Orig. art. has: 1 photograph-,
2 graphs, and I table.
SUB COLE: 11, 20/* SUBMDATE: 23Dec65/ ORIG REF: 002
Carcl 2/2

L 38.539-66 LWT (Tr ) /9~-'P (t)/ET I -'IJP(c) W-W1JD1-JG1GD
ACC NR:
AT6014758 SOURCE CODE: UR/OC)OOA5/000/C,00/0101/0109
AbTHORS: Karasih V R.; Kurganov,
Yershov, V. G.; Shobalin, I. Yu.;
KopylovskiY-,-B-.--U.,- iv-Zovp V. S.
ORG: none
TITLE: Superconducting solenoids of niobium alloys with zirconium
SOURCE: Soveshc*ianiye po metallovedeniyq i metallofiziko sverkhp ovodnikov. 1st
1964. Mletallovedeniye i motallofizika sverkhprovodnil-ov (Metallography and physics
of metals in superconductors); trudy soveshchaniya. Mloscow, Izd-vo Nauka, 1965, 101-1
109
TOPIC TAGS: superconductivity, superco,"Cuctir.:- alloy, niobium alloy, zirconim
containing alloy, soleniod / S-60 colenoid, S-50 solenoid, B-3 solenoid., B-solonoid I
A11STRACT: Supor,=ductinr solenoids foi- creating hif,,h ii-ifniotic fields are di-cu--sed.1
A brief historical review is prosonWcl of tho development of suporconduct,ing solo-
no:Ws and of the use of niobitm-zirconi= alloys. Throo Lquivalent circuits for a
superconducting solenoid connected with a power supply are presented and discuSned.
Some of the Niyaical problems of superconducting niobium-zirconium alloy solenoids
and the moans of overcoming thom are given. The conntruotion andi proporti0o of four
superconducting solenoids ~S-60, S-50, 13-3, and B-1) are descri1,),'1. The solenoids
are wound with 0.25-nm diameter wire of 75% Nb-25'p Zr alloy which is

ACC NR:
AT6014758
electrolytically coated with a 20 )4 thick layer of copper. The fields attaimble
with these solenoids range up to 46 koe. Two of the solenoids (S-50 and B-1) were
used together to produce a field of 511L',~ koe. The schomatic for a 6-V transistorized
power supply, which is current-regulated in the range 0.2-75 a, is given. The
authors thank B. M. Va. corresponding member Ali SSSRI for valuable advice; Ye. 14.
~avitskiy, V. V. Baro , M. B. Golant, I. A. 13aranov, and R. S. Shmulevich for sup-
plying the wire for fabricating the solenoids; G. T. Nikitina, V. I. Sarychev, G.
Is Agapovj and I. A. Bocharov for help in the work. Orig. art. has: 4 equations,
3 tables, and 3 diagrams,
SUB CODE: 20/ SUBM DATE: 23Dec65/ ORIG REF: 001+/ OTH REF: Oll
Card 2/2

L 36123-66 EWT(m)/EWP(w /T/EWP(t)/ETI IJP(c) JD/JG/GD
ACC NRI A%olh76o SOURCE CODE: uR/oooo/65/000/000/0115/0117
AUTHORS: Kurganov, G. 13. - Baranov 1. A. (Candidate of technical
V. gri-im-ro-Vicil, A. S.
...........
OUG: none
T1112: Solenoid of niobium-titanium 1
0y
:,ICE: Sovesliclianjyo-PSL!If~~j~~oypqg!li"~u i ranLallofiziko _uvQr1.jiprovodrdkov. lzt,
196h. Actallovedeniye i motallofizika svor!,Jiprovodnikov (HoLallography Zl:lu Ai~!;ics
of notals in superconductors); trudy soveshchaniya. Moscow, Izd-vo Nauka, 1965, 115-
117
"JJ?IC TAG,~,. ~~conducting alloy,
alloy, solenoid .1 kliA~
obium containing alloy, Utanim cuii~aln'n-
ni U
The construction and besting of solenoids -Hound with superconductin.g wire
of i1i - 50'3' (by wt) Ti alloy are described. The firjt solenoid, consil;Lin.- of 12 369
r,urns of the 0.2-na diwneter wire wound on a 10.h-n-a diameter tube, ruached a field
of 1).;.c, koe with a maximum current of 5.7a or a current density of 1.6 x 1011 a/cM2
(atu L.2i~') lie solenoid was umiound and the wirc was galvanically coated with a 50
thick copi";~Ilayor and insulated with Aquadag. It was found that copper plwuing
zAC,nificantl embrirtled Ahe wiro., possibly because of hydrogen diffusion and the
pen
L Cad-V?

L 36123-66
ACC NR, AD
foiination of titanium hyqLide.Ahe wire was rewound on the saile form, producina a
so-ond sulanoid of 9109 turns. The maximum current for this solenoid was 6.6a or a
current density of 2.2 x loll a/cm2 (also at h.2K), However~ the field reached only
11.4 koo due to a reduced filling factor. jho obtained reaulta auco well with
publishud data for nhort samplos of the Nf-UTi alloy. The author:; thtnk H. ~,. Vul,
corresponding member All SSSR, and h. 13. Golan~,, docl.or of tecluLical sciences, fur
their interest in the work and valuable advice. Ori~. art. hasi 2 figures.
SUB CODE: 01),// SUBM DATE: 23Doc65/ ORIG PJ2-i 001/ IOTH RU: 005

L 36122-66 EWT(m)/EWP(t)/ETI IJP(c) WWIJPZJGJGD
ACC NR- AT6014761 SOURCE CODE: UR/OC)00/65/000/000/0118/0119':
AUTHORS: Kurganov, G. B.; Baranov, I. ,,(Candidate of technical scic-rices); _;p-ra-sik
V. R.; Sviridonov, 11. N.; Shmulevich, R. S. Novokrechchenova, V. B.; Sentyurina, ILli.!
OIRG: none
TITI,E: Device for investigating the critical current in superconductors and its
application for studying the effect of iron impurity on thc superconductin propertiesi
of niobium-zirconium alloy
&DTUCT-.: Soveshchankyle po metallovedenivu i metallofizike sverkhprovodniko-i. 10644
Iletallove-(Te-niyei melta7li`of!~B~ sve-rkhT.)r-o-;Wd-r~l~~~-(k-6i-a-.1-1-o--g-r-a-p-h-y--a-n-d--p-h-,j .... sic3 of metalBI
in superconductors); trudy soveshchaniy'a. Moscow, Izd-vo Fauka, 1965, 118-119
~LVPTC ?AGS: superconductivity, critical magnetic field, superconductinr~ alloy,
niobium alloy, zirconium containing alloy, iron containing alloy, solenoid,
wire
~'i device is described for measuring- the critical current of ijhort J
namnleo aj a function of the external transverse maL-netic field (range 0-40 koe
(see Fig,. 1). The magnetic field is created by a solenoid with windings of niobium-
irconium wire, whose construction was described in the preceding article (V. R.
V. B.
'~I'Iasik, G. B. Kurganov, V. G. Yershov, I. Yu. Shebalin, B. D. Kopyh-;!A:iy, and
Ivanov. Present compilation, p. 101). The device was used for investigating the
properties of 0.2-mm diameter wire of Nb - 26~ Zr alloy alloyed with iron (0-5, 0-4t
Card 1/2

L 36122-66
ACC NR, M26biv-6f-
Fid. 1. ScheTwitic of device for
investigating the critical current
in superconductors. Dotted line
indicates volume at T - 4.2K, cross-
hatched area indicates solenoid
creating ma,,-;netic field (dimensions
in mm).
E
I
0.2, and OXOT)fo Fe). In general, an increase in Fe content decreased the magnitudes
of both the critical current and the critical field. The authors thank B. M. Vul,
corresponding member AIq SSSR, and M. B. Golant, doctor of technical Bciencesq for
interest in the work and valuable advice. Orig. art. has: 2 diagrams.
SUB CODE: 2n,6 UBIA DATE: 23Doo65/ ORIG RFM 001
Oils

%37?46-66 L"dT(M)ZEWP(t)/ETI IJP(c) GD/JG/vNW/JD
CC NRs AT6014764 SOURCE CODE: UR/0000/65/000/oc)0/0130/0-1-3-17
6'~- ;;
AUTHORS: Yershov, V. G.; Karasik, V. R.
ORG: none
TITLE: Procedure for measuring the critical parameters of superconductors for
alternating-current '11~
SOURCE: Soveshchaniye po metallovedeniyu i metallofiziko sverkliprovodnikov. 1st,
126L4. Me~allovedeniye i metallofizika sverkhprovodnikov (Metallography and physics of
metals in superconductors); trudy soveshchaniya. Moscow, Izd-vo Naulca, 1965, 130-131
TOPIC TAGS: superconductivity, critical current, alternating current, superconducting
alloy, solenoid, e-URREO-v7- OF-AL)'S1r,';-, 8,k'rF'oeA),qe- ---n.-qecovFr,Q_ rf&,Lo
ABSTRACT: The instrumentation and e/periaiental procedure are described for measuring
the critical current at 140 kliz and its dependence on the fixed external magnetic
field of wire specimens of 50 '-,'_Nb 50% 2,r-_41oy. The spocimen is wound on a Teflon
form and is connected as the CoH"-7n an LC lr-ircuit. For some voltage across the
circuit the current through iAie specimen reaches the critical value, and a sharp
voltage drop is observed. A superconducting soicnoid, described in a preceding
article (V. R. Karasik et al. Prosenb compilation, 1). 101), is used to create the
external magnetic field. The measured dependence of the critical current density
at 140 khz on the magnetic field for a 150 Ax diameter specimen is presented
Card 1/9

ACC NRi AT6014764
~z
graphically. It is noted that no dependence of the critical current density on the
wire specimen diameter (in the range 150--230ctic) was observed. Utilization of
measurements of the quality factor of the 1Z r uit by the method of free oscillat
attenuation is also described. The authors thank D. M. Vul, corresponding member
AN SSSR, for intereqt in the work. Orig. art. has: 2 equations and 3 figures.
Sup rconducting al.Loy._ _,q
SUB CODE: 20/ SUBM DATE% 23Dec65/ ORIG REF-z 002/ OTH REF: 008
Card 2/2 pb

OAWV, V.N., prof; SIIAYSV, N.I., lmnd.elton.nauk; KRIMNUS, G.Kh., lmnd.ekon,
nauk; NAUMOV, G.K., kand.ekon.nauk-; TUCHKEVICH, T.N., I:and.ekon.nauk;
V.Ya., kand.tekhn.nauk; GORDON, Ye.G., starshi.7 -mxer-_,~ia~iatejll
(Khar Ik6W F.-
"Transportation economics" by T.S.Khachaturov. Reviewed by V.N.Orlov
and others. Zhel.dor.transp. 42 no-10:91-95 0 16o. (MIRA 13:10)
(Railroads--Freight) (Transportation)
(itiachaturov, T.S. )

GIBSHMAN, Aleksandr Yevganlyevich, prof.; IOANNISYAN, Ashot Isaayavich,,
prof.; KONDRATCHENKO, Anatoliy Petrovich, dots.; YAKOVLEV, Boris
Vonifatlyevich, dots.; CRLOV, V.H., prof., doktor tekhn.na-uk,
retsenzent; KARASIjK --V.Ya.,-kand. tekhn. nauk, dots., retsenzent;
DDCHKAREV, N.G., skonomist, ratsenzent; PETRDV, M.A., inzh., red.;
MAKUNI, Ye.V., takhn. red.
(Fundamentals of the planning and design of railroadslo4novy
proektirovaniia zheleznykh dorog (By]A.E.GibBhman i dr. Pod red.
A.I.Ioannisiana. Izd.2., perer. Moskva, Transzheldorizdat, 1962.
34'17 P. (MIRA 16:1)
(Railroad engineering)

ANGELEYKO, V.I., doktor tekhn. nauk, prof. KARASIK, V.Ya., kand. tekhn.
nauk,dotsent -
Permissible train speeds in sections with constricted track
arrangement. Vest. TSNII 14PS 23 no.813-6 164 (MIRA 18:2)
1. Khar1kovskiy innititut inzhenerov zheleznodorozhnogo trans-
porta.

NFCI,'AI'Fij9 Ye.V., knn(l, LoMin. r'rtu" KAF.A.~!K, .,
h . _ I I _1
(Le.-Ling-rad) I, i.
Thermal -haracteri~,,.c-:-j cf 4,~(' UM".s of 'he B,4~-;,-' ~~Iocti-r
- , r, I
PIL,nt mounted cn rail-roaci Energolj~, -, I no~~ j,--, ~ t~, ~
~L, C', ~ J a ~ 1~
(M IRA 18 ~ 7 )

KkRASIK, YE.
USSR/Electro nice - Rectifiers Mar 52
0
"A Battery-Charging Rectifier," Ye. Karasik
ANo 3, pp la-43
Describes a homemade battery-charging rectifier
used a gas-filled VG-176 tube. This full-wave
rectifier gives a rectified current of 6 amp at
a voltage of 24 v. Also gives procedure to be used
in charging batteries.
229VO

9711
S/142/62/005/002/014/01 9
E192/E382
AUTHORS Shekhovtsov, N.A. , Prokhorov, E.D. and Karas4k, Ye-A.
TITLE: Influence of the metal-seiniconductor boundary on the
electrical characteristics of transi6tors
PERZIODICAL: Izvestiya vysshilkh uchebny1ch zavederiiy,
Radioteklinilza, V. 5, no. 2, 196:1, 265 - 268
T EXP. The colijidero(.1 !-:; .1A,1u.--LraLok1 iii 1,~.
This is a p-n-,~)-;-.i-transistor .-rhere in is a T'le
of the notal-semiconductor boundary was investi-ated for the
following metals: pure Pb and pure Sn (havin- i;ork-1'unc`,-,_Jons of
4.15 and 4.51 eV), in a-nd a Pb-S.-i alloy. T:,c tran-
Z 4 St C)rS -..rcre based on p-type Ge lhavin.- a re~;1-3-uivity Of 10- C:,i,
j
resulted in hiZl- collector voltaSes and lar-e
currents. The -,~or'.: function of all the metals -..;as
L.iiat o'C Ge, so that potential barriers of differe:,t
could be obtained at the metal-semiconductor boundary. e
f,
experimental san uble-di fu's~on
nples were prepared by the do
niethoa and the area of the emitter jiinction was 0.12 mn-, TI-1 0
forward and reverse characteristi-:~s for the met al-s e.-. ic onduc or
Card'1/2

S1111 2/ 6 2/005/002/0 l"f/0-3 5
Influence of .... F,192/E332
boundaries wore plotted experiment ally. Also, -Lhc-
as a function of the emitter current for t-he
in t h e c o:-mn on-bt s e c i r c u i t wa s tzi e a s u r e d fo r a 11 'u- h (2 m c! L a Is ~ -"0
Sn, In and thc alloy). It was found from this tll-e 1c.'Z11*L11
could be greater than unity and increased with reduction of thc
hei~-,-ht of the potential barrier. The switch-on current a f 11'.
transistors was also measured and it was found that this was
about 2 i-,iA in the case of Sn but 4 mA for t,ic Lilloy an~',
~;reater in the case of transistors with a Pb ;iictal
As regrards the pulse current, it was found tim-L", other
being equal, this increased with decreasing potential barrier.
There are 6 figures.
ASSOCIATION: Kafedra fizili:i sverkhvysohlikh chastot
gos. universiteta im. A.M. Gorlicogo
Ultrahi-r-h-frequency Physics of Kharlkov 57.,:~-~.e
University im. A.Mi. Gorlkiy,
SUBMITTED: June 12, 1961
LL2 -.1 -C. II P L
Card 2/2

KARASIK. Yo.A.: SERYAPINA, N.V.
of epitaX4al
Electric properties p-n junctionis, Vyc!-,, sict.
no.15:133-138 165. (MIRA 19.6)
1. Institut fiziki poluprovcdnikrN Sibirskago otdeleni.ya All
SSSR.

-L-926~-A~?G(I) aWAIEW4-t FIT
A
M SOURCE
CC R, AR6004654 CODE: O0O/O10/B0O1/BO`02
AUTHOI: AzaEggg 4
,Ijo. A.; Seryapina, N. V.
T-ITLE: Electrical properties of epitaxial/p-n junctions
SOURCE: Ref. zh. Elektro*..,ika i yeye primoneniye, Abs. 10B9
MF SOURCE: Sb. Vychisl. sisteuV. Vyp. 15, Novosibirsk, 1965, 133-138
TOPIC TAGS. pn junction, epitaxial junction, Gw, semiconductor , germanium
ABSTRkCT: P-n junctions obtained by epitaxial building up of single-ci-jstal p-Ge on
an n-Ge backing were 3nVestigated. The junction thickness was determined by means of
an oblique cut of V, with either a thermal probe or visually (by electrolytic
etching in a I(Y/,,.KOH solution). A square7law relation between the chaz-ge capacitance
and the bias voltage, which corresponded to an abrupt junction, was observed. The
I-V characteristics measured within +25 -196C revealed considerable reverse
currents even at a low negative bias which may be associated with a high density
of structural defects in both the film and the backing. The forward-current vs.
bias-voltage plot is exponential, I - exp qv/P kTI; 0 = 6 at 20C. At voltages
0.7-0.75 v, an inversion of forward-current vs. temperature relation was observed
which agrees with the theory of p-n junction at high injection levels.
Bibliography of 6 titles. V. P. CTranslation of abstract]
SUB CODE: 09
Card 111 1"k, UDC: 621.3Q2.002

SHEKHOVTisovy H.A.; P.WKHOROV, E.D.; KARASIK, Ye.A.
Effect of the metal-semiconductor boundary on the electrical character-
istics of transistors* Izv* vyse ucbebe zav.; radio-Iekh. 5 no.2:265-
268 Iva-Ap 162. (MIRA 15:7)
1. Rekomendovano kafedroy fiziki averkhvysokikh chastot Igiartkovskogo
gosudarstvennogo universiteta imeni A.M.Gorikogo.
(Transistors)

L
KORCHAGIN, I.Y., dotsent; AIEERYEVA, V.A.; KARASIK, Ye.E., inth.;. . . .
YEFIMOVA, N.A., I-aH.
Efforts to avoid the freezing of mineral raw materials and
rocks to conveying equipment. Izv. vyn. ucheb. zav.; gor.
zhur. no.12:96-101 '58. (MIRA 12:8)
1.DnepropetrOVBkir gornyy institut (for Korchagin, Alekseyeva,
Karasik). 2.Dnepropetrovskiy zavod plastmass (for Yefimova).
.(Mine railroads--Cold weather operation)

Te.Eso KOVAL', BLAGOV, IsSo; NOLIKOV, N-Fe
AUXBRYBU, V6Ak
Results of the use of polyaMlamide at the Verkhne-Duvannvi
Central Concentration Plant for the coagulation of flotation
tails. loks i khim. no*M2041,160. (MIRA 13:10)
1e Dnepropetrovskly gornyy institut (for Alekseyeva, Karadik).
2. Luganskiy trest "Ugleobogashcheniye" (for Koval'). 3. Ukrain-
skiy nauchno-iseledovatellski7 institut Ugleobogashchentya (for Bla-
gov). 4. Varkhne-Duvanakaya teentralinaya ugledbogatitelinaya
fabrika tor Nolikov).
(Verkhne-Davannyi--Coal preparation)-'-,-
(Acrylamide)

ALEKSLYEVA, V.A., dots.; KORCHAGIN, L.V., dots.; TMTOSOVA, P.V., dots.;
KOYAW11A. A.P., assistent; KARASIK, Ye.R., inzh.
Clarification c~f suspensions by the coagulation method. Ugoll
Ukr. 4 no.1:11-13 Ja 160. (1411RA 13:5)
1. Dnepropetrovskiy gornyy institut.
(Coal -preparation--Equipment and supplies)

ALSKSEYEVA, V. A. , ~~~S JK~,Ye. N. , KORCHAG Iff . L. V.
Dependence of the pulling force on the thicknesa of the underlayer.
Koll. zhur. 22 no.2:247-249 mr 16o. (MIRA 13:8)
1. Dnepropetrovskiy gornyy institut im. Artema.
(coal) (Orea)

sessesser
OSA
go
0
oot
,3
0*0
oea
OOW
*Owego
: ~26~
-09
lee
*00
.00
'4100
'Ire*
2 go*
be*
troo
we 0
-v
0
1APPE ins
'S,
oils 7-OlLaM- 'faMWoll amt&W 2.2% of M*MW-
acku; I MA aws vm" am idant9w.
R; T.
~'L U711SATWO CLAIMPKATM*
slaw %~~vi7svo
110.3
U 0 AT 0 131; An I I I ad 0 11 9 1 9 so 0 a a 3 0v
4AC
0 0 0 0 0 to 0 0 0 0 0 0 9 V: 00000 0 a 0 * 0 0 sees* 00
a a 0 0 0 .0 0 0 0 0 0.0 0 0000000060000000000

00
go
00 t
00 A
66
00
00
00 S
4 A A I A 4 a Is a U 16 Is ft. W is to a
m a 11 vil bin 361? now 41 usl 4domil
J_A_A
Ito
Ids -"A
The fermentation of Peatoses. 1. L. L. Karasik .00
UsAkipa. Pfow. 1939, No. 3. 78. WrNer-M*mt:,Zkur.
1939. No. 8, 119~-From a mash of peat hydidlyzate wag .0,9
at-pd. a XI)Lye&st cultuie,which growscitsily in thisimash
atW in other inedia. cuntg. pentooes, This )-Lam vultutc .00
muhiplies rapidly under arration coadiiimts. The y~-ld 30
of the yeast was 250 -34X)% of the tunt. of Imaitow uwti.
W. R. livnn
As*-ILA MTALLMKAL LIMATM CLAUVICATION
flow 51"IDATO
R Ofta" .0 1 $agm WIP OUT 412t mirld"i
&. ; j -0 "
0 a 0 0" "0 0"
0 00 **1:,: : * : 0 0 * 0 0 : 0
00
2 goo
'jo 0
as *
KIM 03MOV
4111131 out G%v M .1ffA 0
w i t a ad a it v i xr at a 3 v v
too 00 0 0 0 0 0 0 0 0 0 0
0 9 0 0 0 0 0 * 0 0 0 0 0 0 0 #0

1. KALYUZHNYYU. YA AND KARABIK,YE. L.
2. USSR (600)
7, "The Condition of the Water and Regulation of Intracellular Pressure
in Yeasts on Various Media 11 . Sbornik Trudov Vaesoyuzn, Nauch,-Issled,
In-ta Gidroliznoy i.Sullfitno-Spirtovoy Promyshlennosti (SymDosium
of Works of the All-Union Science-Researoh Institute of the
Hydrolysis and Sulfite-Alcohol Industry), Vol 3, 1950, pp 121-129.
9, Mikrobiologiya, Vol XXI, Issue 1. Moscow, Jan-Feb 1962, ppl2l-132,
Unclassified.

V
OORI~LIK,I,Ri,IL;
Forced circulation of fermenting liquid. Gidroliz. i lesokbim.
prom. 10 no-3:20-21 '57. (HLRA 10:5)
1. Lobvinokiy glclrolizWy zavod.
(Toast) (Fermentation)