SCIENTIFIC ABSTRACT ABRAMOVA, A. V. - ABRAMOVA, L.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000100210018-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 20, 2001
• Sequence Number: 18
• Publication Date: December 31, 1967
• Content Type: SUMMARY

I
4-
30966
S/054/61/000/004/007/009
Some quaternary 4nalogs of ... B102/B138
Cu VeSe CuGe As to 4.0 Cu GeSe CuGe As were single-p)laoe. The
2 3 2 3 2 2
composition 1.5 Cu 2GeSe 3' CuGe2As3contained two phases and
Cu2GeSe "OA CuGe As 3 three. The inho~,riogeneity increased vlth the As
concen4ation of ?he composition All alloys cont-ainect a spha leri te- type 41_
structure with lattice constant a = 5-.54 ! 0,01 kX, A composition
min - 1.6:1,,0 - 4,.00-0 gave single-pKase alloys; (in - Cu 2GeSe,,
n = CuGe 2 Se3), m;n - 1-0:2.0; 3~0; 4,0 contained an additional phase with
a - 5~20 t 0,01 kX; min - 5,Dtl,O; 4.,5:1.0; 1~5:1-0; 1,2:1.0; 1,0:1 0
contained apart from the common one, another sphaleritic phase with
a = 4~41 M1 kX. The second ZnS-type pLase was separated by zone
melting of Cu 2 GeSe 3' CuGe 2As3with nn optimum rate of 0~5 - 1.5 cm/hr and
7 - 10 cycles. In the trcinsition from the ternary Ou-,GeSe to the
3
quaternary As-containing system, from 55 5 mole% m + '1-,7 mole% n the
distorted chalcopyrite lattice is rearranged into the regular ZnS lattice.
Lattice parameter and microhardness tire not sensitive to compo!-,ition.
The homogeneous region of composition ranges from Cu 5Ge4 As3Se 6 to
Card 2/3

30866
S/054/611'0100/004/007/009
Some qubternary analogs of B102/B138
CU9Ge6 As3Se12. These materials might give a new combination of semicon-
ductor parameters. There are 1 figure, 5 tables, and 10 references:
7 Soviet and 3 non-Soviet. The two references to Engli.sh-language
publications read as follows: C. H~ L. Goodman, Nature 179, 828, 1957;
j, Phys. and Chem. Solids, 6, 36, 1958,
Card 3/3

GORYUNOVA, N.A.; ORLOVA, G.M.; DANILOV, A.V.; ABIUMVA, A.V.; PLEC110, R.L.;
YONINA, I.I.
Some quaternary analogs of germanium. Vest IGU 16 no.22:97-101
161. (nru 14:11)
(Germanium alloys) (Semiconductors)

L 7890-66 EWT(m)/EPF(c)~EWP(J)/T/ETC(m)1 WW/RM
ACC NRi AP5024957 4-7 SOURCE~CODE: UR/0286/65/000/016/0020/0~2
0. 04,(" 1,,
AUTHORS: Golutvina-, L.-F, I Pavlov._S._A.; Avilov A A ; Butuskina 1.
re
Tantsiper. Z. D Plotnikov. 1. V.I,,Abrawir 11, 14
ORGs none
TITIZ: Method for obtaining fireproof coverings. Class 8, No. 173702 j~
SOURCE: Byullaten' isobrateniy i iova~nykh znakov, no. 16, 1965, 20
TOPIC TAGSt fireprooringo firepropf coverina, sodium bicarbonate, potassium
bicarbonate, aluminum sulfatej AL.~4 10~ , (Z~
ABSTRACTs 'Thid Authoi Certificate presents a method for obtaining fireproof
coverinas on the basis ofAigh polymeric aster" containing antipyrones. -110
obtain q2lf-extinpulshi )Pfo6-forming coatings Upossessing high fire resistance
nd low heat conduction, a mixture of 85;-ng-vass (for instance, sodium or potas-
ium, bicarbonate), salts of strong &aide (for instance, aluminum sulfate), and
:
salts containing water of crystallization (vitriols, alum, and others) are used
as antipyrenes.
SUB 0018tjffl SMK DMs 29Deo62
Card 1A 001 678.049.91

. I
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11

ic
T~;ur -A.)l
c. In Fl-
of Gi-.)un~'
Orl
Car,"' 1/1

TALIPOV, Sh.T.; NIGAY, K.G.; ABRAMOIA, E.L.
Extraction-photometric detgrmination of copper in alloys as a
N-acetylanabnsine-thiocyanate complex. Zav.lab. 29 no.7:804
163. (MIRA 16:8)
1. Tashkentskiy gosudarstvennyj universitet im, V.I.Lenina.
(Copper alloys--Analysis) (Camplax compounds)

~Orourlln of zzpper
-.'Ud. -U
7 TashC
(MIRA 180)

. ~ ; . : , * -._ . - ) I
I I . : . - 1 , ! I. , .I
1 - II .
. - ~ r.
1 , I ;
. -
. . . . . . I . . I.- . I.
I . . ! .

..! I - I I I .i .)

TSUKXRBERG, Solomon Makelmovich; ZAKRAROV, Sergey Petrovich; NNILUMOV,
Boris Viktorovich; ABRANOVA, Ella Tefimovna; GRZCHKO, V.H.,
red.; DONSKAIA, G.D., takW. red 0----------
(Tires for increasing the roadability of automobiles] Shiny,
povyshaiushchis prokhodimost' avtomobilia. Moskva, Nauchno-takhn.
izd-vo H-va avtomobillnogo transports i shoageinykh dorog RSFSR.
1959. 43 P. (MIRA 12:12)
(Automobiles--Tires)

TSUKKRMG, S.M.; TAKHANDY, B.P.; MAIE OT, B.V.;
allrNY. Tu.S., rod.; KUPZWN, Y.Te., red.-,--SP2RASSXITI-,A.-A.,
Okhn.rad.
(High-roadability,- tires for motor
bilel povyshanndt!'
~ rokhodimosti.
khim.lit-ry, 1966`~) 71 P.
' i
(Motor tahiclea-Tires)
vehicles] Shiny dlia avtomo-
Moskva, Gou.nouchno-telchn.isd-yo
(MIRA 14:4)

22019
3/14X61/000/003/004/006
D205 304 . .
AUTHORSt Bacharov, N.P., Candidate of TecLical Sciences,
Sharikyan, U.S., Ca-nid&te of Tec.~:=Ical Zclence3,
tradinov, Te.B., 3nSireerp Sak!~sLrov, Zn6lneer,
Zakharov 3 P , Canildate of Tethn~cal Sciences, a--d
Engineer
TITLEt Zssi&n of a fixture for =OuldlcZ ;neu=atic rollers
size 1000 x IDOO x 250
FIMIODICALi Izvestiya vy3shikh uchebmykt zmvedtnly,
mashinostroyenlyet no. 3, 1961, 83 - 87
TXZTs Pnsu=atic rollers are special wide tiros with a very B=al:
hub di&=ster (uzually 'he width Is I and th~-- hub 1/4 of thle outside
diameter) designed to carry vehicles over bad terrain *,,ch an an",
soft sand and mud. In this respect they can co=pete with cater-
pillar machines. Due to the large B"-;Ort a--e&, 3=M11 hub and low
~
5 these rollers can be
Internal pressure (0 . I to 1.0 kec:=
Card 1/4
2201P
3/145_/61/000/003/004/OC6
Design of a fixture 3)2O5/-o3G4
ted to deflect as much its 35 of ;r-,file. In the U=-l tent'r
4
-juu:~ts, but --oed -.-
of the rollers size 24 x 36 x 61 gave good r 1
-e size 1000-; 10C.0 .
need to increase the outside dla=tter
and t Y
-
,
250 = was designed. E-4ul;memt for vulca-al=Irg ordinary tires 20-uld
not be uAed and a new fixture had to be lesi;gned. The mo,=tir,7 d-xn
for -kIng these rollers in '-Illustrated. I% consists of 24 hollo-4
ctors, 12 on each side, eacL of them is connected with the o~ppc-
e1te sector by a plate. This d--= is decigned for use on rRchine
:
37D-A, an which It Is fixed by Means of the adaptor shown. In 1-1g. A.
Pig. 4.
cam 2/4

3/145/61/OCO/003/004/006
Design of a fixture ... D205/D304
!he press-for= for Tulcanizing the tube Is given in y1g. 5.
pig. 5.
Legends I - Upper half;
2 - lowrer haltj 3 - wedge;
4 - socketj 5 - standard come
with internal tbread; 6 - tube;
7 - plug; 8 - tire tube. 9
nut; 10 insert; 11 - Ciro-ar
clipt 12 sealiag r.ingl 13-:
wire met.
Card V4
2M1?
S/?45/6j/000/003/C04/0C6
Design of-a fixt=O D20W-'304
th--O*zgh the t~abe in he face of
Superheated water to Introduced -he
upper half Of ""q ;~-JMC-'ple Of this design is te~.
T(>0btai nCI.- Lru Iand longitull=zl grooves .'-re 13 to ha=ere! or.
t--e irner surface -a pmtrude C-5 =- =-:e ;rqzz-forz for v-ulcaniz-
-ng the -ire Is cone truction%:'. ly s'-=-'Iar " ---at for '!me tube,
except that -be upper and the llo,.e:~ hal-is art =adle in two parts.
There are 6 figures.
ASSOCIATION: BVITU in. Iq .3. Bau=ma (Uosc" Tec!:=:.ogical College
(XVTU) i=. 3.Z. Ba==l SLIZ32 'Z-ientlfic Reamrch
Institute of the Tire Industry)
3UUITTEDI April 14. 1960
Card 4/4

BOCHAROV, N.F.p kand.teklin.nauk; KILADINOV, Ye.B.; GGUSEV, V.I.;
AMMOVA 0 E. Ye.
Testing extra-wide-lug-type tires on snow. Av-t.prom. 27 no.11:
11-13 N 261. (MIRA 14:10)
1. 14oskovskoye vyssheye takhnicheskoye uchilishcho i
Nauchno-isulociovatellskiy institut shinnoy prmysblennosti.
(Motor vehicles--Tir3s)

BOCHAROV, N.F.; KRADINOV, Ye.B.1 GUSEV, V.I.; ZAKHAROV, S.F.; AB-RAMD-V-A, E.Ye.
Investigating the performance of tubeless tires on sand ground.
Kauch.i rez. 21 no.3:36-40 Mr 162. (KRA 15:4)
1. Moskovskoye vyssheye tekhnicheskoye uchilishche imeni N.E.
Baumana i Nauchno-isaledovatellskiy institut shinnoy promyshlonnosti.
(Tires, Rubber--Testing)

M
BOCHAROV, NJI. kand. tekhn. nauk- KRADINOV,, Ye.B.; GUSEV, V.N.;
ABRAMOVA, E.Ye.
Testing pneumatic rollers in spring plowinR.'Av-t. prom. 29
no-4:18-20 Ap '63. (MIRA 16:6)
1. Moskovskoye vyisheye tekhnicheskoye uchilishche imeni
Baumana i Nauchno-iseledovatellskly inrtitut shinnoy promyoh-
lennosti.
(Agricultural machinery--Testing)

VOINOV. I.Li KISNLEVA, L.F.; ABRAMOVA, F.A.
Etiology of pneumonia in small children according to materials from
pathoanatomical autopsies. Pediatriia no.9:87 S 157. (MIRA 10:12)
1. Iz epidemiologicheskogo otdola Sverdlovskogo institute epidemiolo-
gii, mikrobiologii i gigivenv Ministerstva zdravookhrananiya RSFSR.
(PNEUMONIA) (AUTOPSY)

-ARRA"PVAP F.M ---
(Reading lists for viticulturists; a bibliography of
recommended litarature]Chto chitatt vinogradariam; rekomenda-
tellnyl ukazatell literatury. Ashkhabad, Turkmenskaia gos.
biblioteka im. Karla Yarksa, 1958. 21 p. (MIRA 15:12)
(Bibliography-Viticulture)

USSR/Cultivated Plants Fodder. M.
Abs Jour ; Ref Zhur Biol., No 4., 1958) 15700
Author : At Kaspirov, Go Abranova
Inst
Title Corn Cultivation in LeninLgradskayn Oblast'.
(Vyrashchivaniye kukiiruzy v LeninjTadskuy oblasti).
Orig Pub Molochil- i lvasnoYc zllivotllovocl.9tvo, 1957, No 51 29-31-
Abstract A hi(ji corn yield was obtained in LeninL;lm(Iskaya Oblast'
by wide-row and square cluster so-wing methods with 4-5
plants per cluster. Tile corn harvest attained throu0i
the varieties 221-324 centners per hectare ill 1955 and
in 1956 311-408 centners per lin.
Card 1/1

ARRA KARTASHOVA# A.L.#; 81 M OVA, Ye.L.
Degree of immunity in experimental animals during recovery following
experimental therapy with streptomycin and sera. Zhur. mikrobiol-.,
spid. i immun. 27 no.1:54-57 Ja 156 OUJU 9:5)
1. Is SradnearAMakogo nauchno-iseledovatelliskogo institata (dir.
MA. Tlougabylov)
(PIAGUR, experimental,
off. of serum & streptomycin on degree of immun. in
convalescence (Rus))
(STRIPTOXYGIN, effects,
on exper. plague, comparison of Immun. in convalescence
with serum-treated animals (Rus))
(MOTHIMPY9 in various diseases.
exper. plague, comparison of immun. in convalescence with
streptomycin-treated animals (Rue))

SEMOVA, Ye.L.,; PMAKJUVA. N.A..; TOLSTUKHIUA. Ye.N.,; KARTASHOVA.
A.L.,; ABWOVA. G-7-,; LOPATUKHIZIA, L.G.,; DURASOVA, X.M.
-- 1-1-1-'. 1. M,
Therapeutic effects of certain protein fractions of plague serum.
Zhur. mikrobiol. wpid. i immun. 27 no.2:78--83 F156. (HLIRA 9':5)
1. Iz Hookovskogo instituta vaktsih i sy-vorotok imoni Hochnikova.
Srodne-Asiatakogo nauchno-ioaledovatellskogo institute, I
Goeudaretvemogo kontrollnogo instituta imeni Taraeovicha.
(PLLGUS, immunol.
ther. off. of protein fractions of antiplague serum)
(immix SXRUMS
antiplague serum protein fractions, ther. eff.)

T- 1-z T i-, i
1 7
SWNOVA, Ye.L.; KARTASHEYA, A.L.; AIUMOVA, O.Y.; IDPATUMINA, L.G.
Comparative therapeutic effectiveness of bacteriorqcia, blomycin,
streptomycib. and gamma globulin in plague; experimental studies.
Zhur.mikrobiol,opid. i immun. 28 no.3:119-122 Mr 157. (MIRA 10.6)
1. Is SrecIneaziatskogo nauchno-iseledovatellskogo protivochumnogo
institute Ministeretva zdrpyookhranehiya SoVuza SSR.
(PASTBURILIA FSSTIS. effect of drugs on,
antibiotics & gamma globulin (Rua))
(ANT IBIOTIGS, effects,
on Pasteurella pestie (Rua))
(GAMMA GLOBULIN, effecte,
same)

ABRAMOVA, G.I.
Metastatic pericardial cancer. Vest. rent. I vad. now4:77-78
JI-Ag 154. (HIaA 7-10)
1. Is gospitallnoy kliniki (dir. chlen-korrespondent Akademij
vieditsinskikh nauk SSSR prof. Z.I.Umidova) lechebnogo fakulltata
Tashkentakogo medits'Inskogo instituta iment V.H.Molotova.
(PZRICARDOMl neoplasms,
Metastatic)

ACC NR, AP6M'62'.~
/014/0025/002-
i0UiCE C6i: 6i/0413/
INVENTOR: Mandel'baum, Ya. A.; AbraTov,
Golovleva, L. M.; Mel'nikov, N. N.
ORG: non 0
TITLE: Preparation of alkylamides of 0-alkylchlorotllioDhosDhoric ac ~.~ Class 12,
No. 183753 [announced by All-Union Seientifir'-pmgArch Ins
Plant Protection (Vsesoyuznyy nauchno-iseledovatol'skiy institut khimicheskikh
sredstv zashchity rasteniy))
SOURCE: Izobret prom obraz tov zn,. no. 14, 1966, 25
A-31FqP4 -1 3
TOPIC TAGS: insecticide, phosphoric acid,,
organic amido
ABSTRACT: To simplify the process of the preparation of alkylamides of O-alkyl-
chlorothiophosphoric acid by the treatment of alkyl dichlorophosphates
;With alkylamines at temperatures ranging from -5 to -10*C, with sub-
!sequent distillation, the process is carried out in the presence of an
iaqueous alkali. [Wk-50; CBE No. 111
SUB CODE: 07/ SUBM DATE: O8Jul65/
Card ill UDC: 547.419.1.07

ACC-NRz tV6029025
SOURCE CODE: UR/0413/66/000/014/0025/0025
INVZNTON: '~L-indcl'baum, Ya. A.; -
Ab Mel'nikov, N. N.
L.; Golovlcva, L. F
ORG; nona
TITLE-: Preparation of alkylamides of 0-al'r-.ylclilorothio,)hosplioric acid. Class 12,
No. 183753 [announced by All-Union Scientific Research Institute of Ch"micals for
Plant Protection (VscsoyuznyY nauclino-issledovatel'skiy institut khimiche5kikh
sredstv zashchity rasteniy))
SOURCE: lzobret prom obraz tov zn,. no, 14, 1966, 25
TOPIC TAGS: insecticide, phosphoric acid,
orgaric amide
ABSTRACT. To simplify the process of the preparation o~ alkylamides of O-alkyl-
chlorothiophosphoric acid by the treatnent oZF alkyl dichloro?hosphates
With alkylamines at temperatures ranging from -5 to -10*C, with sub-
'secuent distillation, the process is carried out in the presence of an
~aqueous alkali. JWA-50; CBB No. 11)
j
SUB CODE: 07/ SUBM DATE: 08Jul65/
Cord 1/1
C: 547.419.1-07

ACC NRt AP6030564 SOURCE CODE: Ull,/0413/66/000/0115/0034/0034
INVENTOR: Man'del'baum, Ya. A.; Abramova, G. L.; Golovleva, L. M.; Mel'nikov, N. N.
ORG: none
TITLE: Preparation of O-ethyl S-phenyl dithiophosphoric acid n-butylamide. Class 12,
No. 184861 [announced by All-Union Scientific Research Institute of Chemicals for
Plant Protection (Vsesoyuznyy nauchno-issledovatel'skiy insLitut khimicheakikh
sredstv zashchity rastenty)]
SOURCE: izobreteniya, promyshlennyye obraztsy, tovarnyye znaki, no. 16, 1966, 34
TOPIC TAGS: idbz, triethylamine, alkyl
chlorothiophosplioric acid phosphoric acid, phenyl c~mpumd, chemical reaction
ABSTRACT: To increase the yield oif'O.-ethyl S-phenyl dithiophosphoric ac1d
n-butylamide in its preparation from thtophenol, O-alkyl chloro-
thiophosphoric acid amide, and triethylamine, the reaction is con-
ducted with an eight-fold excess of triethylamine. IWA-50; CBE No. 11]
SUB CODE: 07/ SUBM DATE: 08jul65/

ACC NR.' AT6036600 SOURCE CODE: UR/0000/66 /000/000/0236/0237
AUTHOR: Nzing R. A.; Nevskayao G. Fe; ropovo V. I,; Sychkov, M. A.; Shafirkin, A.V,
Ginzburp,, Ye. V.; Yalandarova, M. 1'. - ------
Yurgov, V. V.; Abramova, G. M
ORG: none
oss of local radloprotective
TITLZ: Exprimontal invistigation of the effectiven
shieldin,- Upper prosentod at the Confarence'on Problems of Space Mdicine hold in
lbscov.&m 24-27 May 1960]
SOURCL: ionforentsiya po problema~n kosmichoskoy meditsiny, 1966. Problany
kosmiclieskoy maditsinys (Problems of spaca medicine); matorialy konforontaii,
Moscow, 1966, 236-237
TOPIC TAGS; radiation shielding, solar flare, cosmic radiation biologic affect,
radiation protectiont radiation dostmetry
ABSTRACTt
'A"
Many lifficultiers are oncounteftd in selection of a radiation method
'suitable ;:o;,, study olEthe cj;~'oct of local shielding. The radiation field with-
-ir. '..&e limits of the irradiated object.must not vary more than tl0j;. The
dose differential among absorbed doses must not exceed 'klOjo. Local
hielding inust produce at least a tenfold weakening of the dose. Further-
more, doso power n-,ust be sufficiently high to model sol flar a con-
Cord 1/ 3

ACC NR. AT6036600
sidering the limiked stay of the'irradiated animal in a fixed position. Ex-'
,,arimental calculations of the passage of protons through tissue have shown
tl-.ai high-energy protons scatter very little. For example, the average
angle of muVulple scattering for 660-Yiev 'protons passing through a lead
filter with a thickness of 100 g/cm2 is approximately 20.
SelectAon of proton energies was made *using data on the distribution
O-fz:asorbed doses created by monoenergetic protons with energies from
1v-3-600 Mlev in a water phantom. - Since these distributions have a close
._arefitial greater than 1019 kith shielding thicknesses up to 20 g/cm2,
it was decided to irradiate the animals from two sides.. Maximum equaliza- 1
L
114or. of distribuiion with this method was obtained with 250-Mev protons.
The local s*-ield used was made of paraffin. A radiation field was produced
Cat zhe irra"ated object with a difference of t2016. To obtain more uniform
radiation, animals were placed asymmetrically to the axis of the proton
bearn and each side received half.of the dose.
Tais method was perfected with a heterogeneous bone-paraffin phantom.
Measurements made with this phantom showed a radiation field varying
-oally 11% on the animali, "surface. Furthermore, the differehtial of absorbed
doses did no,, exce" 6% hi
When Individual body parts were s eldeLd.. the.
.!;Ord-2/3

N ~, AT
doso decreased 10-15 times behind the shield. Thus the method deacribed satisfies
all the requirOM8nts listed.above, arA can be used in radiobiologion study of the'
effootiveness of local shielding, So A. No. 221 ATD Report 66-11h'~11
SUB COM 06,, 18 SUMI DAM OWky66
3/3

MADROS, B.A.; ABRAIMOVA, G.T.
Industrial and technical education of specialists and the tech-
nical propaganda. Shvein.prom, no-3:33-34 My-Je '62.
(KRA 15:6)
(Clothing industry) (Employees, Tridning of)
0

ABRAMOVA, G,T, (Tashkent)
,__ Work of the technical bureau, Shvein.prom. no.4,32,33 R-Ag, 161.
(MIRk 14-,12)
(Tashkent,---Clothing industry)

ABRN40VA p 0. V. ?4umfIcll, R. Ye. and
(I-eningrad Plarit, "Krasny:; Knilalk")
"Utilization of Rudioactive Isotopes in the of Procesnel; for
ObtainIng and Purifying Chemical ReaGents"
in
Sci.TC.-k!. on Vc-c' G" Rc;et3,3CtivP L~lt' z-zd
n Na t: c.-ja I F, c t-41 c~;V F% a d Lc,, c1,;.t 1K-srxi,~,
T2,.~iz
f ~- I ."
kZ1 U v C. c i_,
a

1. ABRAMOVA, I.
2. USSR (600)
4. Moving-Picture Projection
7. Obligations carried out ahead of schedule. Kinonekhanik, No. 3, 1953.
51. Monthl List of Russian Accessions, Library of Congress, April - 1953, Uncl.

ABRAMOVA, I.
"Pobeda" moving picture theater in Chernikovsk. lKinomekbanik
no.12:4 D '53- OCLRA 6:1.2 )
(Chernikovsk-Kotiork-picture theaters) (Notion-picture
theaters-ChernikoTsk)

L 16460-66 EVIT(I)/T JK
ACC NR; AP6005169 ')OURCE CODE: URI'0348/65/000/011/0047/0048
j
AUTHOR: Abram ova, I. (Virologi specialist)
ORG: TsKL 73
TITLE: Attention, Plum r)cx! [Plum pox in Moldavia]
SOURCE: Zashchita rasteniy ot vrediteley i bolezney, no. 11, 1965, 47-48
TOPIC TAGS: plant disease, virus, plant disease control, microbiology
ABSTRACT: The findings and recommendations of a confen?nce on combating plum pox
in Moldavia are described. Plut pox (Prunus virus 7) was found in Moldavia for the
first time in 1964. The Main Administration of Plant Protection, Minis,tEy_of Agri
culture SSSR, held a special confemnce in March 1965 to discuss the problem. One
ecommendatio'n was the use of healthy grafting and planting material and the ex-
termination of aphids which transmit the disease. Since some plum varieties exhi-
bit no external manifestations of the disease, it was proposed that a serological
method of diagnosis be developed. The conference also called for the lase of lumi-
nescent and electron-microscopic methods combined with grassy plant indicators.
Card 1/2 UDC: 632.97

L 16460-66
ACC NR: AP6005169
The task of coordinating the work involved in detecting and studying the disease
was assigned to the Central Quarantine Laboratory, Ministry of Agriculture SSSR and
Institute of Microbiology,--M-oTdavian*-7~c-a-demy-o'f--gcl-enE't.~-s.~~Le,it;u �5 afte-WO-1-
to a seminar held in-Ha-ay.L965 under We the Moldavian Quarantine
Inspection Service and the Institute of Plant Physiology and Biochemistry for the
benefit of quarantine officials in Estonia, Lithuania, the Russian Federation, the
Ukraine, Moldavia, and Georgia.
SUB CODE: 06/ SUBM DATE: 00/ ORIG REF: 000/ OTH REF; 000
Card 2/2
i~i~.

AMAMOVAY I.A.1 votortivinlyy vi-floll
Mass attnck of blackflir.~s on ca'Alo. Voterinariit, 1.1 no.():73
5 164. (MIRA 1814)
1. Lutskaya oblastnaya voterinarnayrt tab(xntoriyn.

ABRAHOVAS 1.0.
Sirgle-dose mass treatment of ascariasis with piperazine
adipirate. Med.parao.i paraz.bol. no.3t285-287 162. (MIRA 1529)
1. Iz gollmintologicheskogo otdola (zav. - prof. V.P. Pod"ya-
pollskaya) Instituta meditsinskoy -parazitologii i tropichealcoy
meditsiny imeni Ye.I* Martsirovskogo (dir. - prof. PLG. Sergiyev)
Ministeratva zdravookhranoniya SSSR.
(ASCARIDS AED ASCARIASIS) (PIPMAZIEE)
(ADIPIC ACID)

KHROMOVp A.S.; ABRAMOVA, I.G. -
Scientific Conference of the Dushanbe Institute of Epidemiology
and lVgiene. Med. paraz. i paraz, bol. 32 n0-4:509-510 i1- 163.
(MIRA 17t 81

r-H01V KOVA N.T,
dti.~% for th-4 stlidj r,.'
P-,~d lpska I)Yst-~-DAs
tml
iuraa- A ~tr-~T,
s In,
'TA k-Dywrip

ABRAMOVA, A.L.; ABWIOVA, I.I.
.4~-
Some species of Caucasian mosses. Bot. nat. Otd. spor. rast.
15:166-170 Ja 162. (MM 15:10)
(Caucasus-Bryophv.tes)

8/020/62/145/005/0()9/020
B106/13i44
AUTHORJI i A6r oy
bru ji_j_I, M.0 Yermolinal A. V., Igonin, L. A.# and
'Rarpino V, AS--j-'Adndomio1nh
T I 'P1j N i Morpholory of the supormolecular structure of polyformalde-;`l
by d 0
IIII-I'MODICALt Aktulentiyn nA%xk JSGR, Dokludy, v. 145, no. 5, 1962f 10470018
..Tl,;AT r The typet, of secondary stroctuiea fnrmed by oboling, polytorvlal,IaL
hple inelts wero studied with a motallographic microscopT., To nvQid thdr-
TnOL d(~stractionj the molts were quickly cooled from 180'C to 160'0, ktipt
at thiii temperature, for 2 hrs,* and then slo,ily coolud to room tomperatum
The oecondnry ntructures were examined "I
in Irijers of various thicknes3ear,
-2
io Ibm to a few mm). ;Molten.polyformaldohyda roadily cryatalli?oa OW,
(
cooled slowlyt formint manifold types of supormoleoular structures of
jmrf ectioni This ooourrenoe in nnnociated %tith the hlgh'reg .41
t itn,l extbility of thb mroromclocul-en. In very' thin layers (10-~ III!)
n i
timcuirvs 6f the highest orders are'forried, i, t., crytitalti with polyl. :~j
AX tnl ayinmetry recalling the shape of anow arystnIss Rio growth mechAniMl
dnrd I/P
~,l ~4

S/02o/62/145/005/0()9/020
lvlr,~rpholopy of the supermoleoular B106/B144
of theno crystals resembles that of low-molecular substancest With in-
ornAsing thickneac of the layers the geometrioal formb become less reLnllail
nnd the sharp boundaries between cryatals disappear. In thick layers,
only singlo spherulites of fibrous structure without distinct boundaries
have been observed. The same picture was,obtained when etclaing the sur-
fivie of pblyformaldehydo blocks. The,diameters of the crystalline bodia
ranrn botween 50 AM 200.,,a. ''All forms show a din titietly, voluminoua
-dimensional. Polyformaldehyde
structure and the growth is therefore three
samples having a'different'chfiraoteristio viscosity form some other struor'
turoa besides thoseAasokib6d.' When polyformaldehyde,h,as been stored for
I - 4 months its malting 0aint'risee the secondary struaturc no longer~!,
appear in so great a,variety of forms~ Thereare 3 figures. The tno tAos b
importnnt Englinh-language references aret M, L. Huggins, J. Chem. Phy, 9.
13t 37 (ln45)1 0. F.Aiammdrj T..' A, Kocho J.- F., Whitney, J. J.ppl, Polym.
Sci. , 1 , 169 (1959)
AS50CIATIONt Gosudaretvonnyy nauohno-issledovatellskiy institut plasti
ohookikh.mass (State Scientific Research Institute o f PlasUw)
SUBMITTEDt April 16t.1962
Card 2/2

n' ~qr
ACC NRc AP6002495 'SOURGE CODBI Ult/0101/(,6/'OOO/C,01/0057/0(yi9
AUTHOP01 Yermolinn, A, V.1 Abramoval T. 14.; Yakovlov, V. P.1 Froviell, T. V.
OPG i none
TIME; licrodcopic methods for investigation of supramolecular structures of
P _01" Mex ~s (% I %k k
SOURCEt Planticheskiye maosyp no. 1, 1966p 57-59
TOPIC TAGSs polymer, polymer structure, microscope, microphotograpby, notal
etching /.!EM-8m motallographic microscope
ABSTRACT: Methods for microscopic Investigation of supramolecular structure of
polymers In bulk wore Investigated. The one described can be used in determining
dimensions, geometry, and type of str6ctural. formations In polymors, and was em-
ployed by the authors in correlating the structure of polymers with their properties
(A. V. Yermolina, q. P. Andre, A. A. Pachonk3n, L. A. Igonin, V, 11. Kotrolev, and
M. S. Akutin. Plast. Massy) 110. 3t 43 (1965)). Tho supramolocitlar structure cf the
polymer is beat disclosed by otching, a technique borrowed from Metallography arid
based on the differences in solubility of crystalline and amorphous portions of a
polymer. The surface of the polymer is ground with micropowder,, hand polished vdth
felt, and then treated with dilute etching solution for --' 30 min until a clear
morphological picture is obtained* The sample surface in then washedwith water-
:ard 1/2 UDG: 678.012.0620.186

L n815-66
ACC NRi AP6002485
for 2--3 min, and dried in high vacuum. at room -temperature. The invootigation and
it,, ,n,,t,,
registration qf the morphological picture in porforinod w 1, Jogra2hic micro..
scope U~I~Rn reflectod light in the dark or light field, at a nagnification of
300 to 1000. If the polymer is insoluble in the etching solvent at room temperaturoj,
etching may be performed in vapors of the solvent. In case of totel insolubilityl
the surface for microscopic study in obtained by breaking an embrittled sample
treated for an extended tijno witb liquid nitrogon. Orig. art. hass 3 figures.
SUB CODE t /SUBM DATE: none/ ORIG REF: 004/ Qrff REFs OM
-A

ACC NR, jiP6027768 SOURCF CODE: ua/oiqo/66/oo8/003/1346/1350
AUTHOR: Yermolina, it. V.; Kargin, V. A.; Abramova, I# M.
ORG: Scientific Research Institute of 111ftF;tica (Sauchno-isoludo-
vatellskiy inatitut plasticheakikh mass) 1~'
TITLE: Modification of the structure of polyftmides by r phenol-
formaldeh;rde oligomer
SOURCE: Vysokomoleku.Lyarnyye uoyedineniya, v. 8, no. 8, i~966,
1346-1350
TOPIC TAGS: nylon, phenol formaldehyde, ^mechanical property, polyLer
physical property
ABSTRACT; Addition of about 14. novolak-type phenol-formaidehyde renin
to a polyantide has been shown to substantift'Lly improve it:i mechanical
properties and to prev~!nt their deterioration in nervice nnil storage
(see Table 1). This vita found in a study of' 1) the effect of the
presence of the novolak (1-15%) on the morphology ind mechanicul
properties of poly(hexa.methylene adipaaide) and 2) the conditions
which give rise to a morphology ensuring optimum properties. The stud;l
involved mezhanical testsq7IR spectroscopy, x-ray analyaiii, rmil-optleal
and electron microscopy* The data indicatnil that t~~- nov~lak all 110,_-
Card 1/2

ACC NRa AP6027T68
Table 1. Mechanical Droperties of poly(hexiirm-ethylene
adipamide.) with and without added novolak
Tenaile strength, Tmpact atrength,
k g / c m 2 C m 2
Material after after afi,.er after
injection thermal. syrkthe- 11-month
molding aging siti Otorrige
Poly(h xamethylene
adipamide) 348 321 47 3T
Same with 2% novolak 350 450 55 87
Same with 4% novalak 445 520 92 119
Same with 10% novolak 320 300 4-o 34
chemically react with the polyamide chunge Its morphologiCiLl
form (apherulites). However. the novolak did affect the fine struc-
tures of the sphe *rulitea even at concentrations up to 2%, where the
novolak was fully compatible with the polyamide. At above 2%, the
.,novolak formed a separate phase consisting of amorphous particles which
acted as nuclei for the formation of the spherulites, At about 4%, a
stable, uniform,fine spherulite structure was formed which corresponded
to optimum mechanical properties (see Table 1). (8M]
SUB CODE': 1l/ CUBM DATE: lOJun65/ ORIG REP: 003/ OTH REF: OOT/ ATD PREGM So.
L-Card 2/2 0 ~j . I

L 31507-66 EWT(m)/EV4P(t)/ETI IJP(c) JD/V1N/JG
ACC TM.- AF6013037 SOURCE CODE: UR/0051/66/020/004/0742/0744
AUMOR: Tolstoyp N# A.; Abramovo A. P.- Abramovap 1. N.
ORG: none 7
TITLE: Binary centers produced by light in uranyl salts 13
SOURCE: Optika i spektroakopiya, v. 20, no. 4, 1966, 742-744
TOPIC TAGS: uranyl nitrate) uranium compound, luminor) luminescence center,
fluorescence quenching, law temperature research) relaxation process) excited
state 241oyr -.4,(11r,9,r1doV
ABSTRACT: This in a continuation of earlier work (Opt. i spektr. v. 20, 496, 1966
and earlier), dealing with a newly observed nonlinear extinction of monomolecular
luminors when exposed to high-intensity light. This extinction is strongly pro-
nounced in uranyl salts. The present note reports another unique phenomenon ob-
served by the authors in uranyl salts excited with ultraviolet at low temperature)
wherein prior excitation with a strong uv dose at liquid-nitrogen temperature
causes a decrease in the stationary glow brightness and the relaxation time. This
decrease is ascribed to the formation of some centers in the urarxyl salt. These
centers remain stable so long as the temperature remains low. The phenomenon was
Card 1/2 UDC: 535-370

L 31507-66
ACC NR: AP0013037
observed in uranyl sulfate, uranyl nitrate, and cesium-uranyl nitrate, and was
strongest in the latter. Measurements of the relative relaxation times and an
analysis of the data indicate that the formation of the centers is a nonlinear
process, and that the centers are binary combinations of excited state, but an
explamation of the effect calls for more research. Orig. art. has: 1 figure
and 1 table.
SUB CODE: 20/
SUBM DATE-. 27Sep65/
ORIG REF: 003
Card 2/2 C,

A-FIFIRAIMOVA, I. V.
Factice, a material for anticorrosive eofttings. V. E. Volodin,
G. V. Millvitskiy and I. V. Abramova. Korroziyo.4, No. 5-6, 355-65
(1938); Phim. Referat. Zhur. 1940, No. 3, 134- the paper discusses (1)
the replacement of vegetable oil (used for the production cf factice)
by mixts. of BraBsica rapa oil with mineral oils, (2) methods of decreasing
the consumption of SCI-p, (3) new fillers instead of barite, (4) the
effect of various neutralizers on the quality of the finnI products and
(5) the chem. stability of factice in various media. Blowing heated
vegetmble oils decreases the necessary proportion of SCl.for vulcarii:tft-
tion. Addn. of 10-20% of mineral oil (Avtol) to vegetable oil. doeE not
give good results. Addn. of Avtol oil to Brassica rape oil retards vulcani-
zation,* but the latter is accelerated by small proportions of castor oil.
C&Oje.s.03 and other oxides can be itsed instead of ~V as neutralizers.
Marshalite can be used instead of barytes as a filler for anticorrosive
factice copttings. Factice is useful as an anticorrosive substslice for
eome types of chem. app. and electrolytic equipment, Pjid for storing
acids. 14. R. Henn

AERAMOVA, 1.
Wholesale bases and industr7. Sov. torg. 33 no.6:16-1.9 Je 159.
mu 12-8)
l.Upravl7ayushchaya Moskovsko7 shveynoy torgovoy bazoy.
(Moscow Frovirice-r'Clo thing industr7)

ABRAW)VA) K.
Work practice of a progressive machine ap-counting center. Dan.
i kred. 21 no.7244-47 Jl 163. (MIRA 16:8)
1. Zamestitell glavnogo bukhgaltera Saratovskoy oblaltnoy kontory
Gosbanka.
(Saratov-Machine accounting)

BEREZOVSKIYj M.Ya., Vand.sellskokhoz.nauk; ABRAMDIFA, K.A., aspirantka;
MAKODZEBA, I*A,, kand.sellskokhoz.nauk; SILOTIY, I.F., aspirant
Controlling Acroptilon picris. Zashch. rust. ot vred. i bol. 8
no.9:45-47 S 163. (MIRA 1611O)
1. Moskovsk.Va ordena Lenina eel Iskokhosyitystvennava akadamiva
im. Timiryazova (for Berezovskiy, Abramova). 2. Vgesoyutnyy
institut, kukuruzy, Dnepropetrovski.*

BIM,ZOVSKIY, 1.',.Ya., starshiy nauclinyy sotrwinik~ kand. sellsrklukhoi. nauk.
.ABRAMOVA, K.A., aspirantka J
Herbicidal characteristics of 2,3,6-triclilorobanzoic acid and
Its toxic effect on the Aelcoptilon picris. Izv. TSh'HA no.1:149-
162 164. (1,11RA 1'/: 4)
1. Pochvenno-agronoinicheskaya 3tantsiya Moskovskoy ordens
Lanina sol Iskokhozyaystvennoy ftkudomi i imoll.1 Timil'YaZova.

AU F. 1, 13, P. w-j J ~kbr.
'CITLE - A) nmt -for tie A-utomnatic, Con t--o I of a 1i"1 L; i ie t:c
P-Sp~;.,,, t.roLicter (1?1,ibor dl a -P1'av'0_,n.1ya
"ra
pl) Y .-I"
FE'RIODJ.,'A1j., Pi-ibory i Tcald-i-nika Eksp,.?rimc,Lita, 195'-', Nr 2.
_430"T11-k C! T nwasta-ementO on marrnctic
D fro, 1-1 ~:_ -,:!)C2,4
cul,~ and troubleso..:e. In order t
(:,r and romcvt- subjective orrors a C)r au-~, L a C..
V J. 1~1~ c, C_ of aU1;om_,,1;isin,,, t.hc-j.,* (Rof:~.
a_,Ld 2). The prosent containo a de~;criptim of ay,~
J-
.achiner_t; 41.c, the spectroinct-or -ajdch io be
at thr- Lenin-rad PlVsico--~echnical Instit-~to. Tli,-,-
4_
Taenk~ m,-C,,es it. possible to count auLo?.iatically the n-L_17!b,-,.r
~;F part-icles whicj,, passe-c tlazrou~31i. the dotc.,etcr of th-(;
in a preset ti-.:ic for 25 diff',rfmt ene:L-J*.(1--
Tii,-~ nces-!t time may be in the rancrc 1 sec to 2", :,lia. T! c,
0
rl,-al nr-~;hbourin- enerC~y value z. may _- 1 i; c. b c,
~L 1 -1 n t: - i ~-- i c) rj c,
v:ithin widt! liblitS (1X)C;Tid'r;- c he conc,'.; -Uc' f
i,.,icter. Twenty five z,.cchanicai countors are
1 1;, ecord the nu-b,.,r of particles. With
,,I t: n is: t 11 C, i 11 " t r w ae n t may a 1 s o b c u s c d t n t- r o I

Au-.--):.ia,,-ic Co I! tll:)-*; O-C a Ma
countc-11. Tilt-' (Iia. ram
and the b, L t;:.L(; in Fi:-.,'-'. V., I.I.
.L - - I. I
K,-. 1ia,kn is t'llaill"C"'I -,or his in thi;:~
oc- 1 table ind
ASSOCIATION! Ali 3-~&'J'R
li.-Ititutk-c .3f the AcLid(3::)~ of
SU?rk'jITTED: J.-dy -~O.,

ACCESSION NRt AP4043543 S/0020/64/151/004/083710840
AUTHORt Peregud, Be P.; Abramova, K. Be
TITLE: Experimental investigation of electrical explosion
SOURCE: AN SSSR. Doklady*, v. 157, no. 4, 19640 837-840
TOPIC TAGS: electrical explosion, exploding wire, copper wire ex-
plosion. radiative explosion
ABSTRACT: The electric explosion of copper wires was investigated
at the Physicotechnical Institute im. A. F. loffe of the Academy of
Sciences SSSR. Particular attention was paid to the energy aspect
of the process, the behavior of the accompanying radiation, and the
threshold oonditions of electric explosion. This article presents
.the most essential results. To establish the nature of conditions
under which the explosion occurs, a series of experiments was car-
ried out using a 0.5-mm diameter and a 70-mm long copper wire in
air under atmospheric pressure. The circuii was driven by a 400-11f
capacitar.banke The natural frequency of the t63t circuit was 6 kc,
lfwd 1 / 3

ACCESSION HR: AP4043543
The phenomena which occurred in the wire at condenser voltages up to
1150v (265 joules) were not explosive in character. When the volt-
age was increased to 1200v (290 joules) the wire was pulverized to a
great degree although it failed to vaporize, mainly because the input
energy of 290 joules was only one half of the energy of sublimation
of the wire. A further increase in the input had no qualitative ef-
i fect on the behavior of the process. A detailed spectroscopic in-
vestigation of the light spectrum of the first flare was made at an
input energy of 550 joules (at 20OOv) which corresponds approximately
to the energy of sublimation of the wire. It was found that the maxi-
mum intensity of light occurred at. wavelength A - 1.4 p. The diameter
of the wire changed little until the s.econd light pulve.. Although the
energy dissipated by light during this stage of the process was 0.3
J(iules, which was 150 times higher than the radiation of an absolute
black body with dimensions of the test wire at T - 200,OKO it comprised
ortly 0.05% of the input. Since the second intensive light pulse oc-
curs 20 Usec after the first one, it is apparent that the input
energy approximately equals' the sublimation energy and cannot be
dissipated by the wire in 20 Usec, although the thermal equilibrium
Card 2 / 3.

ACCESSION NRt AP4043543
should have been achieved in a time of the order of 10-12 sect When
the input and sublimation energies are equal, no total vaporization
can occur since a portion of input energy is dissipated in radiation
and fragmentation during the second light O'ulse. When the applied
voltage was increased to 2-2.2 kv, the potential difference across
the capacity was sufficient to restore the current through the inter-:
electrode gap, The authors give a detailed analysis of the behavior
of visible and infrared emission as a function of current pulse
amplitude and frequency* "The authors extend their deep gratitude
to Academician B. P. Konstantinov for his interest in and construc- i
tive discussion of this work," Orig. art. has: I figure.
ASSOCIATION: none
SUBMITTED: ATD PRESS: 3087 ENC
03Har64 L: 00
SUB CODEt EC, F.M NO REP SOV: 003 OTHERt 003
Card 3/3

_)~ gLOhL7�~_. Wiu_
ACC NRs Arkiff4_26_61A 1) IM C) 10,011RCE CODE: UR/0020/66/167/00VO778/0781
4WdW1JW1HW1JG
AUTHOR: Abramova, K. B.; Valitskiy., V. P. Ya~L
7 La~urov, Yu. V.; Zlatin, N._A.
Peregud, P,
ORG: P~ nical Institute im. A. F. loffe, Academy of Sciences SSSR (Fiziko-
- ysicotech
tekhnicheskiy institut Akademii nauk
14J
V
TITLE: Magnetohydroknamic instabilities in an electrical explosion
SOURCE: AN SSSR. Doklady, v. 167,*no. It, 1966, 778-781
TOPIC TAGS: -exploding wire, electrical explosion
ABSTRACT: The disintegration mechanism of an electrically exploded conductorwas in-
vestigated experimentally by the method of pulse x-raying. The arrangement made it
possible to obtain four exposures of 0.1 to 0.2 psec during each experiment at
selected instants from the beginning of current flow througlV'the 3ilre. -Coi)per,
tungsten. molybdenum and lead wires ard a thread of liouidl'leae~ere investigated.
The experiments were prompted by the results of an earlier investigation by one of
the co-authors (Abramova) showing that the threshold energy for explosion remains
below that of evaporation, exceeding only the level required for melting. The
data from the experiments show that two types of instabilities develop in the con-
ductor which deform it and lead to its breakup into numerous parts. During the pre-
threshold period, a helical instability was observed, which was followed by a con-
strictive instability accompanying the actu . Both types of instabilities
al explosion
Card -1/3 uDc: 534.143

ACC NRt AMU114i~b
are apparently of magnetohydrodyn(unic origin. An analysis, of the conditions of
stability of a fluid cylinder in the magnetic field of the current flowing in it
established the dependence of a dimensionless increment Q =~ iwr Anp on the factor
x = kro (ro is the radius of the cylinder, p is the density , ang k = 27A, A being
the wavelength of the disturbance) for two vallues of an integral factor m describing:
the mode of disturbance: m = 0 cor-respondirg to the constrictive, and m, = 1, to
the helical, instability. However, the experimental values of corresponding wave-
lengths exceed the calculated values by approximately *2 to 3 times in the case of
constrictivc instability, and 70 times in the case of helical instability. The
difference can be explained by the onset of helical instabilities before the fusion
of the wire begins, tuid by the fact that the energy spent on it is much lower than
that necessary for constrictive effects. Special experimentu, where the input energr
remained below the melting level, bent the specimens. The constrictive instability
can develop, apparently, only above the melting point of the specimen. This was
also confirmed by the experiments with liquid thread, where constrictive inBtabilitiec
developed at a relatively low level of input energy. The mechaniEM of constrictive
instability is attributed to the concentration of heat in the nodes of constriction,
which leads to a localized evaporation of metal. Since only a small proportion of
the metal is evaporated, the threshold energy may remain below the vaporization level,
as was actually observed. A complete evaporation of all metal, however, may not
occur even when the input energy exceeds the vaporization level. In this case, the
helical instabiliiy may not have enough time to develop b fore fusion and evaporation
set in. It is concluded that the occurrence of the "current pause" is the result of
constrictive magnetohydrodynamic instability. The time constants of the instability

ACC INRs AP011426
-increment were 0.2 psec for copper vire and 0.1 Usec for -~!ad wire. The experiments
with molybdenum and tungsten wirer, showed definitely that the destruction is due
solely to m = 0 (Le., constrictive) instabilities. Tile current, however, after
reaching the maximum, drops to 1/2 to 1/3 of its peak value, and after a while rises
to a second maximum. Since instability develops after the first peak value of the
-oscillatory discharge, the conductivity drop at the end of tbe first pulse cannot be
explained by the onset of instability. Orig. art. bas; 3 figures. [FP
SUB CODE: 20/ SUBM DATE: Lqmay65/ ODIG REF: OD3/ OTH REF: 004/ ATD PRESS:

~,~-qI4-66 KAT AT
Pk%~-NKs AP6028617 SOURCE CODE: UR/0057,166/036/008/1426/1434
AUTHOR: Abramova, K,B.;_ alechyantG.A.; Peregud, B.P.
ORG: Physicotochnical Institute im. A.F.Ioffot AN SSSR, Leningrad (Fiziko-tokhnich+
askiy institut AN SSSR)
TITLE: Investigation of a system with a toroidal magnetic field increasing toward
the periphery (the I'Tornado t' trap) \,'.
SOURCE: Zhurnal toklinichookoy fiziki# vo 36, no, 8, 19660 1426-1434
TOPIC TAGS: plasma confinement, magnetic field, magnetic trap, topology y ~500,qe oel C-
15MF44 Cr-eOC770ee, , WM,< MIUARFne 1"Ie4oj -rr/?OA119 MOOOVFT/0- rleA-O
ABSTRACT: The authors have investigated the magnetic fields produced by conductors
having the configurations shown in the drawings, figures 1 and 2. The investigations
were undertaken in an effort to realize with ordinary conductors the fields having
toroidal topology and containing an inner region of low field strength which G.V.
Skornyakov (ZhTF, 32, 261, 777, 1494, 1962; Yadernyy sintez, 2, 1962; Nucl. Eng.1966)1
has shown to be possible within n superconducting sphere. The device shown in figure'
I (Tornado I) consisted of an 18.5 cm diameter copper spherical shell of 8 MM wall
thickness containing a 1-1 turn helix of 8 mm diameter Armco iron rod separated from
the copper shell by a I em gap* The fields within the devices under low frequency
excitation were mapped with probes. In the devices of both types the central region
was separated from all the conductors by regions of enhanced field strength. The time
during which a high strength field can be maintained depends on the inertia of the
IL-Cord 1/2 UDC: 533,9

L 459~_4_-66___
ACC NRt AP6028617
Fig. I F ig.2
inner helical windings which ultimately collapses under the electrodynamic forces.
The inner helix resisted collapse for 5 to 8 milliseconds under currents that pro-
duced a maximum field strength of about 20 kOe. Further investigation of the possi-
bilities of the devices for plasma containmeni,-will require fillinff them with plasma#
which, the authors point out,it is not simple to do. The 'I Tornado installation has
been built for investigation of plasma confinement in devices of the type discussed
here. The authors thank.G n nji9v and V or many fruitful discussions
_,Yo,Golant
Orig. art. has: 10 figures.
SUB CODE: 20 SUBM DATE: 22Nov65 ORIG. REF: 006 UM R-M 003
Card 2/2 mjs

MILITS.KOVAp Yo.A.1 Prinimali uchastiye: AL20VA, D.U., inzh.-k)iimik;
RRYSADOVA, V.A., laborantj ABRAMOVA, F.I. laborant
Problems in stabilizing and regulating the granulometric
oomposition of suspension polymers, I'lust.massy no.8s6-11 161.
(MIPLA 14:7)
(PoIpmrs)

USSR/Chemical Technology Chemical Products and 1heir Application. Pesticides,
1-7
Abst Journal: Referat Zhur - Khi iya, No 1, 11057, 1498
Author: Mauycr, F. M., Matveyev, M. A., Abramova, L. A., and Zavlyal.ov.. A. P.
Institution: Academy of Sciences Uzbek SSR
Title: New Chemicals for the Defoliation of the Cotton Plant
Original
Periodical: Izv. AN UzSSR) 1.956, No 1, 15-22 (summary in Uzbek)
Abotract: The utilization of maLpiesium chlorate (I), sodium ethyl xanthate
(11), endothal. (III), and an emulsion of pentachlorophenol (IV) in
the defoliation of cotton plants is described. A suspension of a
mixture of 1% calcium cyanamide (V) and 0.6% sodium fluoroBilicate
(VI) in water was used as a standard. When the treatment van ffirried
out in a 0.4 solution of I. defoliation after 10 days attained
95-10CO; the standard (S) gave 50-81%. When large-scale tests were
carried out with the utilization of crop dusting techniques and an
application dose of 200 1/ha, 73-70% defoliation was obaerved.
Cara 1/2

USSR/Chemical Technology -- Chemical Products and Their Application. Pesticides,
1-7
Abst Journal: Referat Zhur - Khimiya, No 1, 1957, 1498
Abstract: Defoliation was observed whe 3-4% solutions of I and II as well as
a 0.8% of III were used. An emulsion of I gave low yields. Treat-
ment with S (a 15% solution of V to which 5% VI was added) gave de-
foliation of 59-71%. When the tests were carried out during periods
of severe chilling, I alone gave satisfactory results. I also gives
satisfactory results when the application dose is reduced to 100 1/ha.
III sometimes produces severe burns on the leaves, bolls, and petala.
Card 2/2

Prop evid dt~ FOY d~?'Illmt"lg rot'" pl~q-'A-b 0 e. P'c 114W.
I A
zakit2gi=1

ABRAMOVA, L.A. (Tashkonti
Brigade of oo=wjnist labor of the workshop NO-5 at the factory
"Krasnaia zaria.9 Shvein.prom. no.4:28-29 JI-Ag 160. (MIR&.14:3)
(Clothing workers) (Socialist competition)

ZAKHAROV, V.I.; SIMONOVA, V.P.; WITS. N.M.; ABRAMOVA, L.A.; TERKKHOV, B.M.;
PIMONOVA, G.V.
Natural focus and epidemiology of human parasitic diseases in the
Moldavian S.S.R. Zdravookhranents 2 no.5:28-31 S-0 159.
(MIRA 13:4)
1. 1z kafedry obahchey biologii i parazitologii (zaveduyushchiy -
prof. V.I. Zakharov) Kishinevskogo meditainskogo instituta.
(MOLDAVIA--PARASITOLOGT)

GABAILOYAN,
1,A.;
3!j ',WiFVA L,A.,
KLINOVA, L,T.; !-!Ai,'A:,,,V,.,
.301,01MONIK, V.A,
NIKITINA, R.G.; SARFISYAN, 1,,S,;
pr-~f.,. o4v. red.
and il'cnozoi., seJili~ulrtts of ih~,- !~eraciria Ei!).J
lssykk-ul Depressions] Vez,-,zoisk~e
- 4 T--sYk-K,,! I skci vpa~'!,..
--,zheri i aFerganoko h
k 1 i-j. 8;
1-0 ~ 11

AUTHORSt
TITLEs
214816
S/081/61/000/011/008/040
BI05/B203
-.Abramov-a.,___L-._.- I., Ziv, D. M~
Quantitative determination of small polonium amounts.
Communication II. Sublimation in vacuum
PERIODICALs Referativnyy zhurnal, Khimiyaq no. Ili 1961, 48, abstract
1IB337 (Radiokhim. analiz produktov deleniya . M-L.,
AV SSSR, 1960, 104-107)
TEXT; The deveinped a ulethad of' quantitative Po seoaration from
,~cwders of an,1 art--fic.~al, mixtures basing on sublimation in vacuo.
The sublimation is jonducted in a quartz apparatus consisting of a small
ball with i;rOLMd-in ne,-,k, :Lnto t-hich pulverized rock -s poured, and of a
plat--inum disk -5 mir, in diameter wnion ia placed on the ground section
an,3 prc~joed ci~ by m,)anFj ~,f a brasa cylinder whi-n simultaneously serves
ae watei cco'Lfir for the d3.-k. The whole sysDem is pumped out during the
-:zlerlm(Ant 1:y ar initial vacuum pimp. The ball of the apparatus is placed
irt an eiectri-.; farnace~ At a temperature of 700-800 OC and a vacuum of
Ca-d 1/2

2481b
S/081/61/000/011/008/040
Quantitative determination of small B105/B203
'10 .-2_ 10 -3mm 11g, the Po is sublimated during 3 hr and quantitatively
prouipitated on the platinum disk. The method was used for determining
Po in magnetite of known uranium content. The results agreed with the
thearatioal value within the limita of exper 'iment~l errors, The authorn
studied the dependence of Po sublimation on the time of "aging" of the
preparation on platinum,. It was !,hown that aftL,' 48-hr aging a heating
of 700 0C during 2.5 - 3 hr is re-ju-.red for the P(, ~vb.L.amati,,)n.
Communication 1, see RZh-Khtm, 196-:, k'OB31u). I'Abstracter's notet
Complete tranolaL4on.--
Card 2/2

LYUBETSKIY, Kh.Z.; SIUIAYBLRp L.B.; KAZAKGVJ, K.S.; ADA14YAll, R.I.;
ABNAMUVA., L.I. (Tashkent)
Effect of ethyloneditninetetraacetic acid and vitamins B.1 and
BLg on the course of'lead poisoning; experimentAl studiis.
Gig.truda i prof.zab. 6 no.12:45-1+6 D162. (RDU 16:7)
1. Uzbekskiy nauchno-issledovatellakiy institut eanitarij;.~
,gigiyeny i professionallnyldi zabolevaniy.
(lEAD P01SONIIL) (ACETIC ACID) (VITARIIS-B)

ABRAMOVA, L.I., kand.takhn.nauk; KOZIMA, A.A., itzh.; RASHKOVSKIY, N.A.,
kand.tekhn.nauk
Reviow of "Eleotrical equipment of thermal electric power plants."
Izve Tyse Uaheba zav,; energ. 5 no.7t123-125 J1 162.
(MIRA 15t7)
1. Kharlkovskiy politakhnioheakiy institut imeni V.I.Lenina.
(Electric power plants-Electric equipment)

ABRAMOVA., L.I., kand.tekhn.nauk; BENIN, V.L.,p kand.teklin.nauk;
_---i ~TYUKJIP S.F., inzh.; LITOVSKIY, Yu.A., inzh.; PWAPGVSKIY, I.Ya.)
inzh.; RIVLTIN, M.I., inzh.
Electrohydroblic regulator for a hydraulic turbine.
Energornashinostroanie 8 no.10:1" 0 162. (MIRA 15:11)
(Sydraulic turbines)

EENINP Vladimir LIvovich, kand.tekhn.naukt dotsent; ABRAMOVA, Udiva
Ivanovna, kand.tekhn.nauk
Transducer of the derived frequency of nn electrohydraulic
controller of a hydraulic turbine. Izv. vys. ucheb. zav.;
elektromekh. 6 ne.5:592-596 163. (MIRA 16:9)
1. Kafedra elektricheskikh stantsiy KharIkovskogo politekhnicheskogo
instituta,
(Hydraulic turbines) (Hydraulic control) (Automatic control)

ROMMISHY, Zinoviy Yevseyevich; ball Yuriy Markovich;
L,J., dote., otv. red.; NESIEFOXV, A.S., rc-d.
[Practical laboratory work on the electrical equipnent of
uubstntlonm] laboratornyl praktikum po eloktroaborudovanilu
pod:AantsJi. Kharlkov, Ivd--vo KharIkovskoro IIIIIN'.) 1965.
120 p. (I'JI(A 5)

ADRAMOVA, L.I.
Materials on the karyosysteriatics of some species of the
genus Polygonatum Mill. Bot.zhur. 50 no.lltl635-161^18
N 165.
NIRA 1911)
1. Leningradskiy gosudarstvennyy universitet. Submitted
May 190 1965.

ACC NR,AP6027828 SCUlCr-, CODE-. UV0240/66/000/002/0057/0058
AUTHOR: Novikov, Yu.; Abram9yaj.L. N.
ORG: Moscow Scientific Research Institute of Hygiene im. F. F. Erisman (Moskovekiy
nauchno-isoledovatellskiy institut gigiyeny)
TITLE: Use of the extraction-photometric method with arsenazo III to detect
uranium in urine
SCUiiGE: Gigiyena i sanitariya, no. 2, 1966, 57-58
TOPIC TAGS: photoelectric method, excretion, rabbit, uranyl nitrate, uranium
ABSTRACT: In using Paloy' s photoolectrocolorimotric method with the reagent
arsonazo III, the relative error does not oxcood 3.3% in tho absence of inter-
fOring impurities. The authors usod it to determine uranium in the daily
-urine of three rabbits over a period of about three months. During this timo
.the animls received 10,000 micrograms of uranyl nitrate daily in 100 ml of water,
introduced into the Gastrointestinal tract with a sound. The rabbits oxcretod
on the average 10.5 micrograms of uranium daily, or about 0.1% of the daily
lintako of the substance. (This finding is consistent with the results of the
experiments of Chapman and Hammons who found that cows excrete 0.5% of the
daily Intake of uranium with the ration). During the 15 days following
,cessation of poisoning, the amount of uranium In the daily urine was over
I mi6r6grAm, but fall bolow 1 microgram during tho noxt 10 dayosorigs art, Mal
1 figure. CaRS-1
SUB GODEt 06/ SUBM DATE: 24Mar65/ ORIG jVF: 001/ OTH REFI 001
Card 1/1 /,, , /-, UDG: 616.632.791-073-524+612.463.3:546,791

ABRAMOVA L.S.
. I . "V- ,
Regenerative ability of the roots o" fruit-bearing grapevine in
Turkmenia, Izv. AN Turk. SSR. Sor. biol. nauk no.6:62-64 164.
(MIRA 18,W
1. Turkmenskiy naiichno-issledovatellskiy institut zemledellya.

ACC NRi ~F5-13907 ----,5OU'R-C-L CODE: Ult/007(;/GG/0,10/00-1/0811/0817
AUTHOR: 4%jqrzLianoy G.; Durakoy N. I.; Ikr A L. T,
2~nikov, N. P.;
ORG: Institute of Chemical Physics, Academy of Sciences SSSR (Institut khimicheskoy
fiziki Ak~dblnlil' xia4k 89811)
TITLE: Theory of thermography of phase trans fo rinations
SOURCE- Zhurnal fizicheskoy khimii, v. 40, no. 4, 1966, 811-817
TOPIC TAGS: therniographic analysis, phase transition, thermogram
ABSTRACT: In this article the authors develop a macrokinctic theory of phase transformation3'
applicable to conditifts of the therniographic method and perform an experimental check of the
theoretical relationships obtained. The problem is formulated on the basis of two main
approximations: 1) the thermophysical aspect of the problem in which the examination is
limitetl to the case of conductive heat transfer in both phases (polyi-norphous transformations
and certain meltin,r conditions when convection in the liquid phase does not occur or is negli-
c-
gible); and 2) the 0 iditions of phase transformations are eXaMilled in which there is a mobile,
distinctly pronounced phase boundary whose rate of travel is determined by heat transfer.
1/2 UDC: 541.11

ACC NRt AP6013907
The authors use an infinitely long cylinder filled with the investigatcd substance place(i in a
vessel whose temperature increases linearly. The initial temperatures of the inedium and
substance are equal (and below the temperature of the phase transition). Ileat exchange with
the ambient medium occurs according to Newton's law (boundary conditions of the third kind). ii
The problem is to determine the nonstationary temperature field (luring phase transition and
the various characteristics of the process (time of phase transition, thermograms, etc.).
Utilizing an electronic computer the authors solved the niacrokinetic problem of the occur-
of the phase transition for the cylindrical case with boundary conditions of the third
kind with a linear temperature increase of the ambient medium. The .esults of analysis of
the mechanisms of the phase transformation are used to construct a quantitative theory of
thermography. Formulas are derived which permit determining the heat of phase transforma-
tion from the differential thermograms (with respect to the depth or area of the effect) and
these formulas are experimentally checked. Orig. art. has; 2 tables, 2 figures, and 8
formulas.
SUB CODE: ZO/ SUBM DATE: OGJan65/ ORIG REF: 008
Card

k t Mob.
V nps;- 'at
5-Y.S.R. 1935, Ilk lo:!~:
Radialkon from C(P WOAI go Ow sylitesm 1110-
ArA Up-O-PhO1,011 cuuxs to PAIAlive albirt wbirb
espundkits tLwk:byjcs, R',# WCU At%
mob. pa IOD cv. Mm Onclic curvn ut m-ulittiLition of
ihe akic-hydc-.4 and the achl we AWIVII. 1121141.1ilionantin-
koju*

50)
AUTHORS: A~~v~~S~everdina' N. 1.9 SOV/2o-123-4-29/53
kochoshkov, K. A., Corrc-pon~liw" lfe%ibor, Academy of Scie,,cea,

USSR
TITLE: Investi.,7at ions in t'w Field of R:.,,!intion Che--,.istrv of Ort_-,uric,-
metallic Compounds (Issledovaniya v oblasti radintuionnoy khimii
met alloorf.-ani cheshikh soyediw!niy) Ga-ilia Radiation in the
Reaction of Metallic Tin WJ.th .11~yls (Gamna-izlucheniya
v real:tsii mezlidu metallicileski-I olovo,,-i i r7aloidn-i-mi -ilkillni)
PERIODICAL: Doklady Ak--demii nauk SSSR, 1n58, Vol 12-^, Ni, 4,
PP 6131 - 6R4 (TTSSR)
ABST!,'ACT: The probleris mentioned -.bove ~re ;lore of less completely un-
known. The authors have inve~ti-ntcdl these T,roblems syste'mati-
cally and studied the interaction reaction of halo~-,en alkyls
and aryls with various mEtal,7. T'.'io reaction :~,ontioiiee- in t1he
aul~title is expresoed by tho 6cnoral e-,,, ation 2RBr+Sn -XI 2 SnBr 2-
This reaction probably t,~O-es ill'ace accordinL- to a more co-mplex
mechanisn (see belov.) and does riot tal:e placc -,-'t normal
Card 1/3 teri,peratiires; it only be-ina ,.t 2000 (Ref 1) or 300-3500 (Ref 2)

Inveatipi.tions in the Field of 1,di:,tion Ci:, :-~,Ici,ry of 3()V/2o-123-4-29/53
Organometallic Compounds. Gtimmin Ralittion in the Reaction of Metallic Tin
With Halogen Alkyls
(Footnote: With the exception of Kakhut, 1860). Due to the un-
favorable conditions of the reaction the final product is iv.1-
purified by amounts of up to R SnX and similar impurities.
Ifeavy explosions alno occurred. Be~idos, the said reaction
is restricted by low alkyls (niethyl, ethyl) (Ref 5) and there
are still other difficulties. Therefore, the organic salts of
Di-n-butyl tin (o.p. inaleate, or laurate, which have the bent
effect in the stabilization of chloro-vinyl synthetics) were
produced by the authors in an indirect way. The disproportiona-
tion of tetraalkyl tin compounds according to reference 6 was
made use of* 411 9)5Sn+SnOl4---4 2 (C4H9)2 SnCl. Although the yields
are close to the quantitative ones the production of tetrabutyl
tin was necessary first. It was therefore of interest to find a
iiew way of directly producing dihaloid-alkyl tin nt normal
pressure and temperature using nevi et!.,r;-,y sourcen. For this
reason the y-radiation was used. Ex periment all y, this was sucess-
ful. The yields went uP to 55 mol/eV, as related io the halogen
Card 2/3 alkyl. The reaction mechanism is ansumed to be one of chain

Inventit;ations in the Field of Radiation Chemistry of S07"2o-123--29,'"
Organomet.allic Compounds. Gamma Radi[Ltion in Vie Reaction. of Metallic Tin
With Halogen All:yls
character with the for-intion of free r::~icztlq R' and further-
130ro with an intermediate for-,- 'tion of an organo-tin radical.
By comparing their re-cults with those to be found in publications
the authors arrived at the followinr, conclusions; 1) AD:yl
chlorides and tin do not yield any or,,'Yano-tin conpounds with-
out catalyst in any type of reaction (tho reactions ?roceed
in othor directions). 21) Alkyl bromides form aiich compoundo
with tin under y-raiiation ind on hcnti~i,- (vith the exception
of' low radicals). Ultraviolut light does not have any effect.
3)The alkyl iodides, hoviever, yield or ';-,ano-tin compounds under
all influences nentioned ibove. There are I table and 8 refer-
ences, 3 of which %re Soviet.
ASSOCIATION: flaticli'no-i~~.,iledovatellskiy fiziko-I-,himichcsI-iy institut iri.
L. Ya. Karpova (Scientific Phynico-Chemicn! Ranearch Inotitute
imeni L. Ya. KILrpov)
SUBMITTED: Aut-,iist 5, 1950
Card 3/3

50) sov/220-1 24-3-1~) 1 67
ATITHORS: Sheverdina, N. I., -Ahxx..:~ K.
Correapondin,- 11orlier, Academy of Sciences, USSR
TITLE: Crystalline Ilixod Orr,~oriic ::inc Compounds (Krist,11licheskiyo
smeahannyye tsinhorganicheskiye soyedineniya)
PERIODICAL: Doklady Aktideriii nauk SSSR, 1-,'5111 Vol 12,1, Nr 3, 1,1) 6011-601~
(USSR)
j%BSTIIACIT: On the dissolution of' R,Zn in ether (R = or,-anic radical)
and the adlition of an ef-juivalent quantity of -,inc halide
(also dissolved in otlier), tiie compound ~11L-JnX (X - haloGen)
is formed. This compound is precipitated by the adlition
of dioxane, and the composition of the crystalline complex
compound R,',nX.C J11102 is investigated by menns of olomentriry
analysis. The Ame compoun,l io obtainod from the direct re-
action of the ulkyl hAide v.-ith zzinc, diosolution in other,
an(] ,,recipitation with 11oxane. III the, same way, Zinc aryl
coipounds are, troated, in iin etliur :iolution, with e,,Uivalont
quantities of zinc iodide, complex coi-Allounds of
the formula ArZn.(.(C 211 5)2 0 beint- forn.,.ed in this process
Card 1/2 (Ar - aryl radical). 'Alie papor jvoo a detailod recipe for the

Crystalline Mixed Orr,,anic Zinc Compounds 1"0V,2o-12i'-3-31j16
preparation of 1) C 2115ZnJC 411a02fron zinc diethyl !ml zinc
iodide, 2) the stime conpound fron -ine an(I ethyl iodide,
3) tho Compound C 6 115Z11j(C'115),0 from zinc liphenyl and zinc
iodide. The reactions of thece ronpoi;n,lo with benzoyl chloride,
with the fornntion of et1)y'L-j))ienyl ketone an(I ben-.oplienone,
respectively, are also given. There tire '~ references, 2 of
,.,,-hich are Soviet.
ASSOCIATION: "nuchno-issledovatel'skiy fiziko-khiuicheskiy inotitut in.
L. Ya. Karpova
(Physico-Chomical Scientific Research IrLqtjtut;eii.ieni L. Ya. Yarpov)
SUBMITTED: August 20p 1)50
C.-ird 21,
C

SlIEVITMID 1, Nataliya Ivanovna; ROCIIESIIKOV, Koenofont Alel-.nndrovich.
I
Friiiimala ucha,,jtiyc, AIRMVA, L,V,; , A.11.p
akademik~ otv. red.; ilt'ODIMOV, A.N., red.
[Methods of the chemistry of organometallic coml-ounds;
zinc, cadi:,ium] Metody elemontno-orgarAcheAoi k1iiiiiii; taink
kadmii. Moskva, Nauka, 1964. 235 P. (I-11RA 18:2)

5 (2,- 3)
AUTHORSt Sheverdina, N. I., Abramova, L. V. ~ZOV/20-128-2-27/59
r r~'
Kocheshkov, K. A., 14, onding Member AS USSR
TITLE: Organozine Compounds of the Ar 2Zn Class and Their Dioxanates
PERIODICAL: Doklady Akademii nauk SSSR. 1959- Vol 126p Nr 2, pp 320-322 (USSR)
ABSTRACT: The authors proved for the first time that zincorganic compounds
of the RZnX class (X - halogen) may be isolated as complexes
in purely crystalline state with ether or dioxane (Ref 1)
(S. Gvozdov, Hof 4, could not isolate C 2115ZnJ purelyj this
was done by the authors). All halogen salts of Zn produce
dioxanates according to data of publications (Ref 2),whereas
an etherate ZaX2 .') Oth. has hitherto been known only for zin--
iodide. It me new twestigated whether the zinc aryls produce such
complexes as well. The zinc diaryls described in the present
paper did not yield corresponding etherates. with 1,4-dioxane,
the following complexes could, however, be isolated:
H
0
Zn-C
; (p-CH
C
H
H
0
; (d-C
)2Zn-C
H
ZnC
C6(11
R
)
)
0?
8
2
10
6
2
8
2
5
2
4
a
3
4
4
7
4
These dioxanates are white crystalline substances, soluble in
ether and dioxane, insoluble in benzene and petroleum ether.
Card 1/3 The perfection of the method of preparing the initial zinc

Organozinc Compounds of the Ar2Zn Class and Their SOV/20-128-2-27/59
Dioxanates
diaryls (Ref 5) beoame necessary in connection with the
s-accessful production of dioxanates (as well as of the
,--cmpounds of the ArZnX claas, Ref 1). This method (heating of
diphe!xyl mercury with metallic zir.-, without solvent) which is
too vigorous was improved by K. A. Kocheahkov, A. N. Nesmeyan.cv,
and V. I. Potrosov (Ref 3). They tarried out the reaction in
boiling xylene. In this way the synthesi3 -,,vald be used fcr a
series of organozinz~ compounds with one substituent ia the
nucleus. Th"Its method has the disadvantsee that the success
of the synthesis depends on the state of the zinc. Sc.-called
lizine wool" should be preferred, The authors proceeded from
solid lithium aryls to avoid vacuum distillation ( 'Ref 6). The
latter produced by the method of T. V. Ta-lalayeva and K. A.
Kocheshkov (Ref 7) (exchange reaction X - M) practically
contain no diaryls, or only little quantities of it. The
isolation of pure diaryl zino by crystallization is therefUe
obtained without distillation. Diphenyl zinc. (Yield 63%),,,
di-o-tolyl zinc (71%), di-p--tolyl zina 45%), and di-a--
naphthyl zinc (46/"-) were produced in this way, the two
Card 2/3 first ones for the first time. White Crystalline precipitations

Organozinc Compounds of the Ar2Zn Class and Their SOV20-128-2-27/59
Dioxanates
of corresponding dioxanates are separated in the dissolution
of diaryl zinc in dioxane and in the distillation of the major
part of the solvent. There are 7 references, 4 of which are
Soviet.
ASSOCIATION: Nauchno-isoledovateliskiy fiziko-khimicheskiy institut im.
L. Ya. Karpova (Scientific Physicochemical Research Institute
imeni L. Ya. Karpov)
SUBMITTED: June 16, 1959
Card 3/3

SHETUD1144, N.I.-, ABRAHQV~,__.~.V.I;- K-OCHESHKOV, K.A.
Complexes of the series of aromatic organozinc compounds of the
class ~rZnX. Dokl.AN SSSR 134 no.4:853-855 0 160.
(MIRA 13:9)
1. Fiziko-khimicheakiy institut im. L.Ya.Karpova. 2. Chlen-
korrespondent AN SSSR (for Kocheshkov).
(Zinc compounds)

3/64 62/000/0QU/U66/* 129
D204X307
AUTHOR6: Abramova, 1j. V., 6lieverdina, N. I. and Kocheshkov, K. A.
TlThE: The preparation of organotin compounds under high enorgy
irradiation
WLFHC~,- Trudy Il Vseuoyuznogo soveshchaniva po radiatsionnoy
iiiii. Ed. by L. '0'. Polak. Moucow, lzd-vo AN -11.9b;'9
394-397
TEXT: Compoundu of the general formula 1123nBr2 (where R = n-propyl,
.n-butyl, n-hexyl, n-heptyl, 11-octyl and n-nonyl) were synthesized
by e~' irradiation of po..-dered 'o'n wi th the corresponding -,illyl bro-
mide, at 90 - 1000C, in Yieldl, Of '5U -- 165 mol//100 ev with ;t (lose
of 16 - 20 I-Ir (57 - 74~1, of theoretical yields calculated w. r. t.
R11r), since such compounds may be used to prepare R,,SnX., (where X -
.organic acid radical), uBed as otabilizero ;ind catuly:,,I,~i ill pi"Iti-
tico tecluiology. The ,rields of n-BU,,SnBr., and n-l1r,,6n-br-
with increasing dose of irradiation, to maxim.-i of 7 4 '1 t. 1~11"5 -old
("ard 1/1)

pi-eparl-it-ion of
1.7 i,r Cor ti,c but:;i ;.tn(J )rup.yl uwmpoun',i,,~ 1,vL-;
%dth incrcaodn'- dot;e. "'Tk!
z Il d (2 1' : i C (' Vti'l i. I I j. IlU LIC t i 0 11 1) c r i o d . ~x ue r ine n t.;~i I
Of (a) ;ibove- re;xtions, WhiCh. i.)AVOIved the
mixed ~jn Dowder HBr in %n impoule, and (b) tjj~.
ill -ol 'Xpp~lnltus in "~"Iiicll n-BuDr circuL~-At,d
into ;III '11'1"'Idiuted ampoule containing the LJ'n, an(f t Ite re:lt c t ii i
duct and unreacted bronnide pasood b;i(,!: into tilt- , 1
Original- ?I-BLI ~jnj3n, to be raiaed to 500 - 400 Li il/ 100 v 1
2
dire 1 fit",UVe Ulld tUbIeS.
ASSOCLMUIN Fiziko-khimichesk 'titjjt jl~l. 1j.
iy ill,
sico-Chemical in-stitute im. L. f!i. K::~*~If')V-J)
C' zd

S106IV621000101010011002
D214/D307
MHORS: Sheverdina, N.I., j%ramova, L.V., Paleyeva, I.Ye.
and Kocheshkov, K.A_.-Gorrespbtrding Member of the
AS US SR
TITLE: Preparation of organic salts.of di-n-butyltin
PERIODICAL: Khimichenkaya promyshlennost', no. 10, 1962, 7-8
TZXT: This paper reports a new method of preparing, organic
salts of di-n-butyltin, suitable for application on an industrial
scale. The 'interaction Of SnG14 with n-C/019 M9Gl in (n-C4H9)20
forms (B-C4119). SnC'2 which on treatment W~ith 3076 etha3olic NaOld
gives a precipitate of (n-CLHq)Sn0. A-slow addition of this oxide
(1.25 moles) to 2.5 moles oi 'a warm oroanic acid.(60-700C) gives,
after 2 hours, the organic salt (95- 9876 yields). In this way the
dicaprylate, dilauratc, disteanate, and dioleate of di-n-butyltin
were prepared. The dimaleate and diacetate were obtairred by adding
.1 mole of the oxide to I mole of the corresponding anhydride dissol-
ved in toluene (yields > 9576). There.is 1 table.
Card 1/1

- ABW.IOVA, L.V.
Effect of potassium iodi,,)A vyi t,h-:- dissolution rate of steel
20 In moving hydrochlorln ac1d solutions. Uch. zap. Smolo
gos. ped. inst. No.10.145-14? 162. (MIRA .17: 1)

&- - I
AMMUA43.1-s VERESHCHINSKIYj I-V-, KOCHESHKOV, K.A.9 1111LETSKly, V-Y., POZDETEVj V.V.
ffkRJKHIN$ YU.S., SHEVERDTNA, V.I.
"Radiation syntbesis of atannous dibromidibutyl."
Report submitted to the ~'onference on the Application of Large Radiation
Sources in InduBtry, Salzburg, Austria 27-31 MaY 1963