SCIENTIFIC ABSTRACT PAKHOMOV, S. P. - PAKHOMOV, V. I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001238810009-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: August 1, 2000
• Sequence Number: 9
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

DDROKBDV, S.M.; YAKHOMOV, S.P. POLYAKOV, G.D.; DOBYCHNA, LN.,
red.; GUREVICH, M.M., tekhn. red.
(Pond fish culture] Pmdovoe rybovodstvo. Pod red. G.D.Foliakove.
Izd.2., iopr. I dop. Moskva, Sellkhozizdat, 1962. 263 p.
(MIRA 16W
(Fish culture)

PAKHC;WVP S. P.: nla,'~~r me,~ sci (0.1r3s) -- "A c,YmTvirritl-7,~ -,m i,..-P' ;on
oda of intest'-nal In re-iGection of tlh~ Eiriall int-1,tim ilnr'-r
Tnilt !r. S.
condi'~J.ons% StEt- W-
200 MY

PAKHOMOV J, V. , r~odpolkovnlk
We teach them how to prepare food under field conditicns.
T-Y1 i ar-ab. Sov. Voor. S11 21 no.91-26-28 S 161 71-MRA 14: 12 )
(Cookery, MlItary)

PAKHOMDV, V.
Cup goes to *ShAk ral again. Sov. shakb. 11 no.10:33-34
0 162. (MIRA 1-~:9)
(Spccer)

ZAGORULIKO,, S. (Donetsk);-PAKHONDV.. V. (Kazan#)
Office of innovations of comercial aviation. Gr&zM.av. 19
no.IOs20 0 162. (MA 16:2)
1. Machallnik shtaba Donetskogo podrazdeleniya Grazhdanskogo
vozdushnago flota (for Zagorullko). 2. Glavnyy Inshener
lineynykh eksp1uatatsionno-rmDntnykb owterskikh, Kazan' (for
Pakhosov).
(Aeronautics, Commercial-Technological innovations)

PAIHUKQt,-X,4Voronesh)
?his can also happen this way,** Posh.dolo 5 no*12:15
D 159. (NrRA 13:4)
(Repair and supply statione-Fir*9 and fire prevention)

PAUMOV, V.
AMufacture of panels fram organic glass. Btadio no.7:49
ji 1620 - (KIRA 16t6)
(Radio-kuipment and mupplies)

'I- IY-.".'/ :',I ic - I
isYPKIN, K., polkovnik; PAKHOMOV, V., polkovnik.
I...
Clearing th*j building 31te of the Stalingrad Hydroelectric Power
Station cof mines. Voowa.-Inph. zhar. 101 F '58.
(KRA Ilt3)
(Stalingrad Hydro6lectric Power Station-Minee. Military)

TSYMN, r., Polkovnik; PAKHOMOV, V., polkovnik.
I
Selflese action of coubat engineers in fighting a flood. Toon.-Inxh.
zhur. 101 no.2:34-35 IF 158. (Km 11:3)
(Military engineers) (Ural Mountain region-Floods)

A Y, q f, W -) U, V
TEMIN, K., polkovnik; PAIMMOV& V-*, polkovulk.
ReuovIqg mines in the Bwlensk Province. Toon.-inzh. zhur. 101 no.Z:
34 F 158. (Mm 110)
(9toolonsk Province-Mingo. Military)

PMOW-,., V., kand.takhu.muk
Thchnology of dredging. Rech. transp. 19 no.10:58 0 160.
(MIRA 13:12)
(Dredging)

AP3012835 UR/0348/63/000/0041002910029
632.951
v.,~"ravyan kly. N.fCandidettof agricultural sciences)
Pakhonmr ranO
~T i- ?be use of insecticides with sticking agents
1OUNCE: Zashchits restenty ot vrediteley t bolezney, no. 4. 1963, 29
TOPE, TAGS. food tecbnology, agriculture, insecticide
ABSTRACT: The authors report the.results of experiments on the treatment of corn
~ieiA.'Iiefore sowing with a spray-'instead of dust, using a oulfite-alcohol malt
concentrate as the sticking agent. Experiments were carried out vftb BuKOVIUSK-Ly
corn.in 1962-1964 on 30- 50 m2 plots at the Voesoyuznyy instAtut kormov (All-
3
Union Feed.Institute) and the Moskovskaya selektsionnaya stantelys (Moscow Selec-
tiiik_'41tit*66)~` ~ Sited was trestod 105-2 sionths and 3 days
_"fore.so.wIng with solu
0 ...contain 6g 100 a of milt concentrat plus either 400- 600 a of 6M TPITD
ti
e
(kee thylthl"ram disulfIdO with 2M beptachlor or or-hexacb1orocyclobexane, or
200,-6- 400 S..of TMrD plus 1 - 2 kg of 12% bexocblorocyclobasane, all per 100 ka of
qeed.:~ decreased the Incidence of disease frm,32 to 0.5%, increased the germ-!
This
Instion.rate by 8'- 26%, and Increased the yield of green fodder to 33.6 - 37*3 i
W~ Jr. C:_ OnsL
I ., i ` -` -p-er in 1064 t tb6 Owit"hineti" nate
t 1wife-we. ffkorllbafitb~ tattled bdt
CWd_

BERLIMR. N.A.; PAKHOMDV, V.A.
Instrument used for autnmatic moisture control of tanning ez-
tract. Knzh.-ohuv.prom. no.1'28-30 Ja 159. (MIRL 12:6)
(Tanning materials) (Pleasuring Instruments)

PAKHOMOV, V. A. inzh.
New automatic control devices used in the leather induatry. Mekh. i
avtom.proizv. 15 no.3:47-50 Mr 161. (MIFU 14:3)
(Autons'lUc control) (Leather induotry)

P ANOW7, V. A.
"Study arid Development nr T=chnical Methods o,' Increasing t~,s 1--brkini- ?"'Ilcienc--- -)r
Agricultural Rammer ~Min. Figher ---ation r3SR, 1-krainl3n Crder 3f Lator
Red T3anner Agricultural AcaderrT, Fishinev, 1955. (Dissertation for the Degree of
'-PndJdat^ in Technical Sciences)
SO: Knizhnaya Letopis', ~'-O. 22, 195-';, P-r 03-1014

PAKPOMOV, V. B.: ",aster Tech SLi (diss) -- "Investigation o, , lattenin-
.mowwwwown
structures (ot earth)". Gor'kiy, 1956. 15 pp (11,11in River Fleet RSFSR, Lanin-
grad Inst oi Water Transport En~;ine~!rs), 150 copies (K1., No 1, 19~,Q, 125)

PAKHOMOV, V. B. Cand Tech Sci -- (diss) "Study of corrective a tructures
414.
(made of isOM)." Gor lkiy, 1959. 16 pp (Min of Higher and 6peci alized
Sooondary Education RSFSR. Gorlkiy Construction Angineering-T
,Lnst izn V. P.
ChkaloT), 150 copies (KL, 46-59, 138)
1,
.S,
-39-

PANHO11MOV, V.B., kand. tekhr.. nauk; 1;AUXOV, A.'L.j inzli.; SHEII-IALOV
V.S., lnzh.; KONSTAN'TNOV, V.P., inzh.; FC'),11:, A.V.,
inzh.; SWENOV, YU.K., inzh.; F-v.Ti-P,;, A.A., ~Apitan;
VAGANOV, G.I., kand. textin. nauk; SV!"-.-,D,)V, A.A., inzh.
KHODUNOV, M.Ye., kand. yurid. nauk; SAPOGOVA, A.Ye., inzh.;
SUYUZOV, A.A., doktor telchn. nauk, prof., red., VASIL'YEV,
A.V., kand. teklm. na-uk; ALEKSEYEV, V.I., red.; rLIS'GV, L.3.,
red.; VITSINSKIY, V.V., red.; BOhlSOV, I.S., red.; SOUREV,
N.F., red.; AllDRIYEl-,KC, V.I., red.; SVTYi~!N, N.A., red.;
GOLOVNTKOI;, V.I., red.; Y)TOVA, V.V., red.
[I'Aanual for the nav'~gaLrr of a r!vnr 5pravochnAk gu-
dovoditelia rechnogo flol.a. :zd.2., dop. MosKvti, Transport,
1965. 42) 18:2)
Gorlkovskiy institut 'Inzhenerov -~-adrogo ~rar.s;xlra (for
Pakhoinov, Semenov, Vagarov, Vas;llyev).
noy tekhnik-um (for Naumov), 3. Volzt-skoyp
reelmoye ~arokhmslvo (1'~,r Sholmimov. zrr~nurvnl
stv(, rec~,nogo fiota (f,-.r Kuy;,stantir,07, Sviridov).5.Kazanskly Po'
(fGr Kostin). 6. Moskovskoyt- rer:!inoye

PAIHOHOV, V.B., inzh.
Calculating the strength of a daula crest. Rech.transp. 18
no.lo:47-49 0 '59- (MIRA 13:2)
(Dame)

PAKWMDV. V.B.. inzhpnpr.
"ll"Pf"Meness of waterway maintenance operations. Rech. transp.
16 no.4:30 Ap '57. (MLRA 10:5)
(Waterway@)

)~7 ~:, k ~)(, "111 L~, V Aj
PAIROMOV, V.B., inzh.
Design and calculation of hydraulJc fill structures Isolating flood
basins from navigable channels. Rech.transp. 16 no.9:22-25 S '57.
(MIRA 10:12)
(Rivers--Regulation)
(Flood dams and reservoirs)

BONDAREVSKIY, Yu. P., inzh.; PAKHOMOV, V. G., inzh.
Volp-Baltic Sea Waterway. Transpstroi 13 no. 1-1:26-28
N 163. (MIRA 17:5)

SOLOVITANOV, L.M.: VOLODIKO. N.P.; PAKHOMOV, V.1
High-duty telescoping drills. Biul. TSIIIICHK no. 8:36-37 '58.
(MIRA 11:7)
1. Giprorudmash.
(Boring machinery)

PITSMEKIAURI, Grigoriy Zakharovich; PA11HCKOV,V. I., redaktor; ROMANOVA,
Z.A., tokhnichoskiy
[Organization of medical services for workers in the petroleum
industry of the U.S.S.R.) Organi2&tBiiR modDro-sanitarnogo Ob-
sluzhivania rabochikh neftedabyvaiushchei promyshlonnosti SSSR.
Hooky&, Goo.isd-vo mod. lit-ry, 1955. 179 p. (KIZA 9Q)
(MROLWH INDUSTRY-MICAL AND SANITARY AFFAIRS)

KROTKOV, Fedor Grigorlyevich, genersl-mayor meditainskoy s...zhby;
_,. polkovaik medi to inBkoy oluzhby, red.; STPJM'-
PAKHOMOV, V.I. -
tek-hn.red.
(Military hygiene] Voonnain gigiena. Moskva. Voen.izd-vo
N-va obor.SSSR, 1959. )66 p. (MIRA 12:12)
(Military hygiene)

SPASSKIY, Vladislav Akimovich, polkovnik med. sluzhby, prof.;
ARKAYEV., Viktor Alekseyevich, polkovnik, mod. sluzhby,
dots.; Prinimall uch*nUye:ANT1PIN, G.M.,, podpolkovnik
med. sluzhby; POIXAKOV, V.I., podpolkovnik med. sluzhby;
-PAKHM4QV-.-*-z-Iw, polkovnik med. sluzhby, red.; CHAPAYEVA,
R.I., teihn. red.
[Military bygiene)Voennaia gigiona. Jzd.2., perer. i dop.
Moskva, Voenizdat, 1962. 167 (MIRA 15:8)
(Military hygienj*

VAKHOMOV V I ,-
UMIndidetry - Physical FD-1146
Card 1/1 Pub - 129-10/23
Author Batsanov, S. S.; Pakhomov, V. 1.
Title Refractions of c 0i; titute alcohol* and acids of the aliphatic
series
Poriodical, : Vest. Mosk. un., Ser. fizil-amst. i Yest. nauk, 9, No 7, 83-86, Oct 1954
Abstract : Studied the effect of the presence of a halogen atom near the carboxyl
group in a number of aliphatic compounds, on the refractive index and M
the molecular refraction. Eighteen references (seven USSR).
Institution : Chair of Crystallography and Crystal Chemistry
Submitted : My 14, 1954

USSR/Physical Chemistry Mro-'ecule. Chemical Bc,.nd, B"
Abst Journal: Referat Zhur - Jaiimiya, Nc 19, !956, 6oblo
Author: Batsanov, S. S.: Pakhupi v~ V. T.
Institution; None
Title: On Refractions cfa, P-Subst...tuted Naphthalemoo
Original
Periodical: VestD. Mosk. ur.,,~a, 1956. Vc 2, 65-67
~()ns -f I kneri- mor)osubstituted naphtha-
Abstract: By comparisc,n cf r,~fra~~
lenefj it is show-n 'r hat ( -__ - 11) have lower refractior) than
4isoomers (1~). Th,~ authr.rs attribute this to the fact that In
I overlapping of Van der Waals spheres of adjoining atoms not
combined trir-ugh valer)~,, and consequently tte decrease of ef-
fective vc1lime -f -'s greater than in 11. Differen~r-,
in refract-~*ons ;f - ana Il and VaD der Waals radii imcrease in
the series 9, N, C C] ar,!
Card 1/1

I--
-- n
, q

7"7777-
-77

'Cl k Ar k;,t o -/
BITSAVOT. S.S.; PAXHONOV-. - -I- -
Change@ In the nature of chesieel bonds In case of ehanges of
coordination nuMers. Kristallografiia 2 no.1:183-1,136 15?.
(MLRA 10!7)
1. Moskovskiy gosudarstvemVy univereltet iu*ni M.V.Lowonosovq.
(Chealeal bonds) (Coordination numbers)

s/oft/62/000/01i/o46/057
E202/E192
AUTHOR: Pakhomov. V. 1. --- -
TITLE: Application of organosilicon polymers in machine
manufacture
PERIODICAL: Referativnyy zhurnal, Khimiya, no-11, 1962, 591,
abstract 11 P 67. (In the Symposium: "Plastmassy v
mashinostr." ("Plastics in Machinery"), M., Mashgiz,
1959, 65-70).
TEXT: A brief description of advantages and shortcomings of
organosilicon polymers is given, with a general review of
preparation, properties and application of organosilicon liquids,
rubbers, varnishes and plastics. The basic characteristics of
the organosilicon plastics of types K -41-5 (K-41-5), K -71
(K-71), 4- M ~ -9 (KMK-9), .,,* ,'I K -218 WK-218), and methylphenylpoly-
siloxane varnishes of types K-41, K-43, K-44, K-47 and K-48 are
also given.
LAbstractor's note: Complete translation.j
Card 1/1

tV
.t t
it 117 cg
V
t p
11
'go
la

S/081/61/000/014/C 281~ 7,'V
B I 05/B202
AUTHORS: Izyumov B. D., Pakhomov V. I., Golldshteyn Zh. 1.
TITLE: Vister soluble hydrophobic organosillcon liquids
PERIODICAL: Referativhyy zhurnal. Khimiya, no. 14, 1961, 619. nbstract
1055 (Vestn.. tekhn. i ekon. inform. N.-i. In-t tekhn.-ekon.
issled. Gos, kom-ta Sov. Min. SSSR po khimii, 19',9,
No~ 5 (17), 45-48)
TEXT: The authors discuss the properties and the fields of application of
water-soluble organosilicon polymers which are used to waterproof textile
products, paper, carton, leather, and building materials, Materials are
waterproofed by means ~ 5-9'- in~
of aneous solutions of the liquid rmc-9 'GM
the presence of catalysts NE 3' CH3COOH, H 202' triethylamine, alum etc,)'
and by subsequent heat treatment (5-10 min at 130-150 0C) for the fixatlon
of the foil. The liquids 1dSG-9 and -'-'S-9 ari- aqueous solutions of sod3_um
methyl and ethyl siliconate. They are applied by a brush, a s-prav cr ty
immersion, and subsequently dried on air. The authors give data :n tne
Card 1/2

S/108 I ' 6' /00C, 3 ' 4, ~- 2;-~, --
Y,ater soluble hydrophobic ... B1011-IB202
effectiveness of the treatment of a series of materials by the liquids men-
tioned. [Abstracter's note: Complete translationj
-V/
Card 2/2

ATITDOR S
TITLE: New t.-,-pe of nr ga og
PER ill"JI-A Re f P ra vn zhurnal
t c- k'-. e k 3 n 1 j
i i c.)
I
3 -
s t 1
r.1 t
t 3.1-1
TEXT: A sh o r O.A 1 1 i .7 m ,. ou r. i s i s 1 v e r. KMV-
(KMK--~ mn'd- r r,%je-- KMK- I KMC- KMS mo' I , Y);, ma I er , Ei a,
an d C K IT - '~ ~ S K-7 - a s , t e x t c~ e t c-,- -~ r. I o P. - c a I n hy s i - c- h e m i c a I ,
physico-mech~ii-.--.-al ~inl A lel-ri - es, er..::erature-de,,enjence
of lielectric ar. chara-terist [Abstra-ter-s note.
Complete tninslaT,, n
Card 1/1

PAIRM& Ve 13816tv TJ* laureat Gosuderetvannoy prenii; UVALOVSKI, T.
Chwaloysbf. V.I. laureat Gosuderst"unoy premil; RATOUSKI, I.
E
thomki, J.]. laureat Gosudaretvannoy preadi; TA I W1 11 . yu.1.
EBa
translator]; STAIKO, V.I. [translator]; _Md.;
I
XAZOLISKATA, T.Y., tekhn.red.
[Silicones; orpnosilloon compounds, tbair production. properties,
and uses] Bilikony; kremilorgsnichaskle soadinsuling M polu-
chenle, xvoistva I prinemente, Moskva, Go*.nauchnc-tekhn.1zd-vo
khiu.lit-ry,, 1960. 709 p. Translated from the Czech.
(Silicon orginic compounds) (MIRA 14:4)

1211, 101, 8,59 ,
I. 10 "005100 ?/026/026/XX
Hi 3 211, E -1 16 0
AUTHOR: Pakhomov, V,I,-,
TITLE: The Structure of Molecules of the Series
CH,'-,, CH
'L
W
-Hg-X
C
CH3-C_ d
2
JR0 C4

1. The Configuration of the Molecule
CH 3\ "./CH3
j CH3-C-C-CH2-Hg-S-C.- N
"
-NCH3
C2H501
Pi PERIODICAL: Kristallograftya, 1960, Vol.51 No.5, pp.800-802
91
~h
TW:
The systamatic study of mer,.-ury-organic7derivatives of
o the above type where R may be H, CH3 or 02H5 a--Hd where X
it'd may be Cl, Br,. 1, CNS, OCOCH3,
CN or 21:
OR
CH2
' CH3
CH3
M ,
Is being c ommenced. Data on the case where R is C-Hr and
X is SCN follows: The unit cell is orthorhombic with a 15,62,
b = 12-33 and c 6 Z 4 Pnd t-hp sDace zrc,ir,
Card 1/2
t -'Aa 7
060 da t-a
cd:j

:,5997
S/' jo.51005102610261XX
8132/Ell"O
The Stiucture of Molecules of the Ser CH3
CH.;
Ck
'H
l. The Configuration of the Molecule CH
71, C C.- -CH - --Hg .-S-.- C-7=11
C H 90 CH 3
K'je"12-1. 2,01 and 2,06 p/cm3:. TLwo -dimenFlonal
Patterson proje,~tions on to 001 and 100 gave the mercury positions
vh1ch con-l-rolled the signs for the sucieedlng electron dens-Ity
projection.s. Rough coo-.dinatas of t-he C. atoms have been obtaine.j
giving the general I-onfiguration of the molec~-.-jle- The ethyl and
the thiocyanaie g. roups aTe pa~:ked close to ea~:h other. Fur th e r
Tefinemeint. of the StrUC'tUf9 WOUld Tequirre th-r-ee dtmensional data
and Is not contemplated, A-knowledgements are made to
R.Ya, La-,,--Lna, V,N, Kostin and A.J.-K-itaigarodskly f--1- supply ol'
m :; -t-e -r-i-a- T 7 7h d z ~ -ss -Ls-
ThEtTe are I figureF
SUBMITTED-, Marc-..h ,, 1960 (.a, n e- I.:

37777
IT. to 10
S/661/61/000/006/072/081
D247/D302
AUTFORS; Pakhomov, V. I., Izyumov, B. D. and Golldohteyn, Zh. Io
L_~_ rp
TITLE: Thermostable silico-organic glues
SOURCE: Xhimiya i prakticheskoye primeneniye kremneorganiches-
kikh soyeditieniy; trudy konferentaii, no. 6: Doklady,
diskussii, resheniye. II Vaes. konfer. po khimii i prakt.
prim. kremneorg. soyed., Len. 1958. Leningrad, Izd-vo
All SSSR, 1961t 306-316
TEXT: Two methods are used for obtaining glues with both high
thermal stability and good adhesion. The first is the modification
of polysilicone resins by other polymers containing strong polar
groups. The second is by the introduction of polar groups into the
organic radicals in the polysilicones. A series of glues with dif-
ferent modifications were examined for adhesion and thermo8tability
and the constitution of the glues and their performance was noted.
Their uses and methods of application were also given. Various si-
Card 1/2

3/661 61/000/006/073/081
D247YD302
AUTHORS: Pakhomov, V. I., Izyumov, B. D. and Panfilova, I. P.
TITLE: Thermal stability and resistance of ailico-organic
pressed materials to arcing
SOURCE; Khimiya i prakticheskoye primeneniye kremneorganiches-
kikh soxedineniy; trudy konferentaii, no. 6: Doklady,
diskusaii, resheniye. II Vees. konfer. po khimii i
prakt. prim. kremneorg. soyed., Len. 1958. Leningrad,
Izd-vo AN SSSR, 1961, 316-322
TEXT: A series of silico-organic pressed materials were examined
for their stability, mechanical and dielectric properties. Their
composition and uses were recorded, and also their appearance. In
the discussionj in which B. A. Kiselev (Moscow) took part$ parti-
cular properties of various resins were mentioned. The greatest
thermal stability noted was 100 hours at 350 - 40000 and the high-
est.-limit before electrical breakdown was 18 kv/mm. There are a
fig4res, 1 table and 8 references: 5 Soviet-bloc and 3 non-Soviet
Card~1/2

1 140 S/191/61/000/011/003/OOE
B11O/B147
AUTHORS: Andrianov, K. A., PakhoRov, V. I., Lapteva, N. Ye.
TITLE: Reactions of hydroxy-methyl-methyl siloxanes with acids and
isocyanateB
PERIODICAL: Plasticheskiye massy, no. 11, 1961, 17-20
TEXT: The stability of the hydroxyl group being in a-position to the
Si atom, and its reaction with acids and isocyanates is investigated on
the example of bis-(hydroxy-methyl)-tetramethyI disiloxane (A) and
poly-(hydroxy-methyl-methyl)-ailoxane (B). For the preparation of A
according to CH 3COOCH2(CH 3)2S'-O-S' (CH 3)2 CH2OOCCH3+2CH 30H
- HCl ;' HOCH 2 (CH 3)2S'-O-S'(CH3)2 CH 20H +2CH 3COOCH39 60 g of bie-(acetoxy-
methyl)-tetramethyl disilorane were methanolized by means of 240 ml
CH3OH with 1-1.2 % HC1. 5 g of anion exchanger M-2f (AN-2F) or tH-18
(AN-18) in the OH form lower the HCI content to 0.05-0.02 %. The yield of
Card 1/0 ~~

Reactions of hydroxy-methyl-methyl ...
S/19 61/000/011/003/008
B11OX147
unpurified A is 91 % of the theoretical amount (45.7 g): n 20 - 1.4355;
25 D
d4= 0.7989; OH content .16-47 %; Si content .29.86 %; NW- 210.
Rectification at 5-10-1 mm Hg produced crystalline, p-ire A (melting point
rV80 C). (Table 1). Experiments proved a comparatively difficult condensa-
tion of the hydroxyl groups of A (Table 2). Only qhen small amounts of
acid are introduced into A, its properties change slowly. Heating of A
for 15 hr at 2000C lovers the OH content from 16.~~ to 14.36 %.
Esterification of 6.98 g of A by means of 5.26 g of adipic acid (molar
ratio 1:1) proceeds-- readily at 200OC:
4HOCh,tCh,)p,.-O-SitCAi3),Cli,OVI+xtiooC(CK2),iCOOH
I.-ACif~rJi,6SI-O-SI(CH,),Cji,oc)c(CH,),Coo).,H + (2x - I)Hj0
The eater number increases quickly during polycondensation, the acid
number drops after 15 hr of heating. The polymer with acid number 8.3,
ester number 338, and MW 9500 was a viscous, highly sticky brown liquid,
soluble in alcohols, ethers, hydrocarbons, ket-ones, dioxane, tatrahydro-
furan, acetic acid, and formic acid. The polyester was treated at 2000C
Card 2/ 7

s/1qi/61/ooo/o11/oo3/ooa
Reactions of hydroxy-methyl-methyl... B110147
and 10 mm Hg with 0.37 g of A for esterifioation of the terminal COOR
groups. 2.023 g of polyester with 0.0516 g of hexamethylene diisocyanate
(C) (0.5 g-mole to 1 COOH group) at 2000C in 10 ~ acetic acid solution in
the N2 flow produced an elastic, rubber-like polymer:
I I(Ncvi,(CH,).Si-o-S4CIi.),CHOCO(CH,),COOVII,(r-",),Si-O-Si(CH,),CHgOH + OCN(CH,),NCO
~IOICH,(CH,,,,.Si-o-SI(CH,,),,Cl-l,OCO(CH2)4CO()],CII,ICK,),Sl-O-Si(Cli,),Cti,OOCNH(CH~,NCO 11 T. A
This disoolvea in acetic mid and formic acid, and swells in tetrahydro-
furant dioxaneq hydrocarbons, and pyridine. 3.06 g of A at 1200C with
2-7 9 of C form sticky, elastic polymers well adhering to glass and
duralumin in 1-5 % alcoholic solution. 3.4 g of A at 1200C with 2.9 g of
p-toluylene diisocyanate form solid polymers in 1, % acetic acid solution
I xliOCH2(CHI~Si-O-SI(Clis),Cti2oH A- xOCN(Clij),NCO ~
xHOW~CH3)rSi-O-SI(CH,),CII.OcK-NH-(Cli..),Nr)o
CI 13
H. XtIOCHOCH,),SI - O-SI(01,1.04,01i j Af)CN N( J)
Card 3/

2P987 S/191/61/000/011/r,)03/008
Reactions of hydroxy-methyl-methyl... B110/P147
CHX
A100 1,104s),S1 -0- Si(CH.,),C1-Q-X)CNH NW
I dissolverin aliphatic alcohols and cresol, I and II in acetic acid and
formic acid. They swell in pyridine, hydrocarbons, and tetrahydrofuran.
15 g of A were mixed with 50 g of 2 % HCI, stirred at 900C for 15 hr. and
the content of acetic acid was determined. It was neutralized by means 0
solid NaHCO3 and determined in %: Si -20.5; OR -3.411 CH 3C00 - 24..18.
20 g of A was stored for 48 hr at 200C, and viscosity as well as
refractive index were determined (Table 2). After hea ting 5 9 of A at
2001C for 15 hr, the OR content drops from 16.95 to 14.30 %. During the
effect of 0.4 9 of 98 % 1~30 on 15 g of A, 0 and n20 remained nearly
4 12 D
unchanged even after a longer effect. When 10.72 g of A was left
standing for 48 hr with 40-98 CH3OH acidified with 35 % HC1, the Si and
OR content remained practically constant. The same applied when 4.97 9
of A was left standing for 48 hr with 0.64 g of distilled water. There
are 4 figures, 4 tables, and 3 references: 1 Soviet and 2,non-Soviet.

283~jq 1/6 1/000/01 1/003/008
Reactiong of hydroxy-methyl-methyl... B110147
The two references to English-language publications read as follcus:
Speier, J. Am. Cbem. Soc., 11, 1474 (1949); Us Pat. 2527590 (1950',;
C. A., 45, 2498 (1951).
Table 1. Effect of 2 % HC1 and H 23o4 on blo-(acetoxymethyl)-tetramethyl
disiloxane.
Legend: (1) Amount of bie-(acetoxymethyl)-tetramethyl disiloxane, g;
(2) acid used; (3) experimental conditions; (4) content, %; (5) molecular
weight; (6) acetoxy group cleavage, %; (7) initial bis-(acetoxymethyl)-
tetramethyl disiloxane; (8) designation; (9) amount, ml; (10) time. hr;
(11) temperature, OC; (12) OH groups; (13) ? % H2so4; (14) 2 % HCI.
Table 2. Effect of heating on bis-(hydroxy-methyi)-tetrameth.vI disiloxane.
Legend: (1) Temperature, OC; (2) time, min; k3) v'scoslty' 120 :m
Card 5/7

OZEROV), R.P.; RANNEV, N.V.; FAKHOMDV, V.I.j REZ, I.S.; ZHDANOV, G.S.
Structure of K103 at room temperature. Kristallograftia 7
no.4;620-622 JI-Ag 162. (WRA 15:11)
1. Fiziko-khlmicheskiy institut imeni L.Ya.Karpova.
(Potansium iodide crygtals)

3/062/62/000/011/011/021
B101/B144
AUTHORSs Andrianov, K. A., Pakhom -and Laptev&, N. Ye.
TITLEs Reactions of allyl phenol and trimethyl siloxy allyl benzene
with alkyl alkoxy silanes
PERIODICAL: Akademiya nauk SSSR. Izvestiya. Otdeleniye khimicheakikh
nauk, no. 11, 1962, 2059 - 2046
TEXTs In the reaction of o-allyl phenol with alkyl alkoxy silanes in the
presence of R 2Ptcl 6' 6H20, the following addition was found to take placei
2SiH + CH 2-CHCH2C 6H 4OR ~'asi(CH 2)3-C 6H4OR (1), as well as substitution of
the hydroxyl hydrogen according to, aSiH +,HOC H CH CH-CH - VSiOC K C H
7 6 4 2 2 6 4 3 5
+ H2 (2). Reaction (2) was confirmed by ether formation from o-allyl
phenol and triethoxy silane in the presence of KOH. The reBulting product
was identical with that obtained by reaction (2), its IR spectrum, in con-
trast to the compound obtained by reaction (1), did not show the 3400
- 3600 cz- I band of the HOC 6H4 group. To avoid hydrogen substitution, the
Card 1/5

3/062/62/000/011/011/021
Reactions of allyl phencl and... B100144
reaction of the alkyl alkoxy silanes was carried out with o-trimethyl
siloxy allyl benzene synthpsized from trimethyl chlorosilane and o-ally!
phenol in petroleum ether by bubbling with WE 3 (yield 70), or in petroleum
ether and pyridine (yield 50~~), - b.p. 95 - 950C/7 - 8 mm H9, d 20 0.9542,
20 4
nD 1.4885. It reacted with silanes at 1250C in N2 atmosphere and in the
presence of H 2FtC1 6' 6E20, dissolved in i-propanjul, only by additiont
CH3(RO )2S'H + CH2 -CHCH2 C04o�i(C~S)3 '(CH3) 3SiOC6H4 C5H6S iCH3(OR)2; R - CH3~
C2H5 9 C4H 9* The following compounas were synthesized by this reaction:
(CH3) 3SiOC6H4 (CH 2)3 SiCH3(OC2H5)21 yield 50, b.p. 145 - 1460C/2 - 3 mm Hgp
d20 0.9527, n 20 1.466o; (cH ) Scioc H (CH SiCH (OC H yield 55 ~6, b.p.
4 D 3 3 6 4 2)3 3 4 9)2'
180 - 183OC/2 - 3 mm He, d20 0.93-21, n20 1.4663; (CH ) Sioc H (CH
4 D 3 6 4 2 ~" (0~ ~)3'
20 ~O 1.4620;
yield 52%, b.p. 157 - 1590C/1 - 2 mm Hg, d 4 0.9771, ni
(CH 3) 3SiOC6H4(CH 2)3 Si(OC49)31 yield 50%, b.p. 202 - 204OG/1 - 2 mm Hg,
Card 2/5

3/06 62/000/011/011/021
Reactions of allyl phenol and... BlOlYBI44
20 20
d4 0-9442 , n. 1.4954; (CH 3 )3Sioc6H4(CH 2)3 sic2H5(OC 2H52, yield 75%, b.p.
162 - 1640C/ 2 - 3 mm Hg, d 20 0.9509, n 20 1.4696;
4 D
(CH 3)3 SiOC6H 4(CH 2)3 sic 2H5 (OC4H9)2' yield 52%, b.-p. 164 1880C/I mm lig,
20 20
d4 0.9336, nD 1.4700; (CH 3)3 SiOC6H4(CH 2)3 sic2R5 (OCR 3)2' yield 60%, b.p.
1430C/1 - 2 mm Hg, d 20 0.9729, n 20 1.4750. -The IR spectra of these com-
4 D -1
pounds and of the products of their hydrolysis did not show the 1375 cm
band characteristic of the C-CH, group, but the 1449 cm- 1 band correspond-
ing to the -CH2-CH2- group. Thus the Si adds to the carbon atom situated
at the end of the allyl group. The alcoholysis of these compounds in-the
presence of KOH or H 2304 yielded heterocyclic compounds:
.(R0) sic H c H OSi(cH ) " -0H I(RO) Sic H C H OH): + (CH SiOR
5 6 6 4 3 5 KOH 3 5 6 6 4 5
->(RO)25'C5 40+ ROH. The following compounds were thus obtaineds
H6V
Card 3/5

S/062/62/000/011/011/021
Reactions of allyl phenol and... B101/B144
Oc H C H SIL(OC H )CH , yield 79%, b-P'. 95 - 970C/1 - 2 mm Hg, d 20 1.0559,
64 3 6 2 5 3 4
20
n-D 1-5020; Oc 6H 4C 3H6 Si'(OC4H9 )CH3, yield 69 70%, b.p. 132 - 1340C/9 mm Hg,
d20 1.0099, n 20 1.4952; Oc H C H Si(OC H b.p. 143 - 1450C/3 - 4 mm Hg,
4 D 6 4 3 6 4 9)2
20 20
d4 1,0044, n. 1.4812; Oc6H4c 3H6Si(Oc 2H 5)2' yield 59%, b.p. 117-1.219C/1-2=
20 20
H9 ,d 1.0583, n 1.4918; OC H C H sic Moc H ), Yield 50%, b.p.
4 D 6 4 3 6 2 5 2 5
20 20
110 - 1120C/1 - 2 mm Hg, d 4 1.0023, n D 1.5040; Oc 6H 4C3H6Sic2 H5(OC4H9
yield 45%, b.p. 148 150OC/2 - 3 mm Hg, d 20 1.0042, n 20 1.4985;
4 D
20 20
&C_,HC.H,SiC H (OCH yiela 67%, b.p. 950C/1 mm Hg, d 1.0504, n.D 1.509.
6 4 3 6 2 5 3 4
The hyarolysis of some of these cyclic compounds yielded polysiloxanes con-
taining oxyphenyl groups. There are 4 figures and 2 tablea. The English-
language reference is: j. T. Speier, R. Zimmerman, J. Webster, J. Amer.
Cnem. Soc-, 76, 2278 (19506); British patent 769497 (1957)-
Card 4/5

S/062/62/000/011/011/021
Reactions of allyl phenol and... B101/B144
ASSOCIATIONs Nauchro-isaledovatellskiy inatitut plastichookikh mass
(Scientific Research Institute of Plastios)
SUBMITTED& March 27, 1962
Card 5/5

PAKHCHOV, V. I.
Structuro of molecules of the series (CB3)2C(OCE MCH )2
MOO. Part 2. Confl ti of the noleculsq (93)2C?OCH3)C
(CR3)2CH HgI(CR312C(Or-T)C(C'B3)2CH2BgSCN. Krtstanagraftia 7
no.3:456-457 MYZJe 162, (MIRA 16sl)
1. Intitut elementoorganicheakikh soyedinenly AN SSSR.
(molecules)

PAKHOMOV, V. I., REZ, I. S., LOBABOVA, G. M.,
"X-ray Investigation of N(Cl13)4 Hg X3-"
report presented at the Symposium on Ferroelectricity and Ferromagneti6r!,,
Leningrad, 30 May-5 June 1963.

-FAKE(A40VJv V.I.
Structure of tnt crystals C6H5HgX. Zhur.strukt.khim. 4 no.4:5~4-
601 Jl-Ag 163. (HIRA 16:9)
1. Institut alementoorganic),eL;kildi sovedinerdy A~' SL~;R.
(Mercury organic compounds) (X-ray crystallogruphy)

PAKHOMOV, V.I.
Crystalline structure of the compound ~/ 41011711g1. Kris tal',vraf I I a
8 no.52789-790 S-0 163. (MIRA 16:10)
1. Institut elementoorganicheskikh soyedineniy AN SSSR.

ACCESSION NIZ: AP40,1211Ki S/0190/64/006/007/1275/1280
AUTHOR: Ilavlova, S. A. , 11;'ktioi-.,ov, V. 1. , Tvcrdokhlebova, 1. 1.
TITLE: Cyclolinear polyphenylsiloxanes
SOUHCI~.'- Vy$soJmmo1ekulyarny*yc soyedinciiiya, v. 6, no. 7, 1964, 1275-12180
TOPIC TAGS: siloxa-ne, polyphenylsiloxane, benzene, toluene, xylene, dinil, cyclolinear
polymer, phenyltrichlorosi lane, infrared spectrum, polymer structure
ABSTRACT: PolyphenylsiloxLnes obtained by condensation of the hydrolysis products of
phenyltrichlorosilanc in four solvents (benzene, toluene, xylene and dinil) Nvere investigated
b~, infra-red spectroscopy. All four polyphenylsiloxanes were found to have tile sa!-nc cyclo-
11,11car structure predicted by Brwvn, et al. (J. Arner. Chem. Soc. , ~2, G19-1. !9G01:.
The molecular weight of the polymer was 4. 1 x 106. The effect of th(3 reacLiorl 11110,11UM
the mechanical properties, the de.-ree of polymolecuiarity and the structural homo~-Cncit)
of polyphenylsiloxaries was studied in detail. The four test samples were fractionated from
0. 5% benzene solution with methanol at 20C. Infrared spectra were then taken for all four
polymers, their thermal properties were studied and the molecular weight was determined
by light diffusion. I'he molecular weight distribution curves are plotted. The polymers
were l'ound to be rather stable during fractionation. The infrared spectra show that the
ora

ACCESSION NR: AP4042189
Jour polymers have almost the same structural elements, with bands at 1000-1100 cm-
corresponding to Si-O-Si-and at 1400-1500 cm-1 corresponding to Si-C015- '1110
mechanical properties of the polymers were not affected by the solvent. All four polyphenyl
siloxanes had a very high glass temperature (Tc=300C). The close Tc va-lues for the Poly-
phenylsiloxanes show that the conditions of preparation do not significantly affect the sLruc-
ture. The reaction conditions also do not significantly affect the pollydispersity of polyphonyl-
siloxanes. The degree of polymolecularity and the average molecular weight of the poly-
phenylsiloxanes increased, depending on the solvent used, in the order benzene-tolueno-
xylene-dinil. A mechanism for the formation of these pDlyphenylsiloxanes is proposed.
Orig. art. has: 3 figures, 1 table and 3 structural formulas.
ASSOCIATION: Institut elementDorganicheskikh soyedinerdy AN SSSR (Institute of Organo-
metallic Compounds, SSSR)
: 08Aug63
ENCL-. 00
CODE: OC NO RE F SOV: 001 OTHER: 001
2/2
Card

ACCESSION NR: AP4042190 8/0190/64/006/007/1281/1285
AUTHOR: Pavlova, S. A., Pakhomov, V. I., Tverdokhlebova, 1. 1.
TITLE: The structure of polyphenylsiloxane and the properties of its solutions,
SOURCE: Vy*sokomolekulyarny*ye soyedineniya, v. 6, no. 7, 1964, 1281-1285
TOPIC TAGS: polyphenylsiloxane, benzene, toluene, xylene, dinil, Mark-Houwink equation,
polymer fractionation, light scattering, refractive index, polydimethylailoxane, polyisobutylene,
polymer structure, polymer viscosity, cyclolinear polymer, polymer rigidity
ABSTRACT: Viscosimetric and optical studies on polyphenylalloxanes in dilute and very
dilute solutions of benzene, toluene, xylene and dinil showed that the solvent affects only
the molecular weight of the polymer. At a molecular weight ranging from 10, 000 to 50,
the viscosity of the polymer in solution is described by the equation X = 1. 305 x 10-7 M
indicating that this polymer consists of short, rod-shaped molecules. From 50, 000 to 2. 7 00, 000
the Mark-Houwink equation assumes the form pU = 1. 93 x 10-4MO. 634, I.e. , the moleculga of
theolymer are so long that they assume the form of a coil. For all fractions of polyphenyl-
stloxane, the molecular weight was measured In benzene by light diffusion at an angle of 90 ,
~- 1/2

ACCESSION NR: AP4042190
and the specific viscosity was measured in benzene at 20C. For the first fraction, the
asymmetry of light scattering was measured and the true molecular weight was calculated.
The characteristic values for the difference between the refractive index of the polymer and
the refractive index of the solvent form a straight line, indicating clearly that, acc6rding
to the theory, they all have the same cyclolinear structure proposed by Brown et al.
(J. Amer. Chem. Soc., 82, 6194, 1960). The flexibility of polyphenylailoxane molecules
was also determined and the pertinent tabulated data show that the rigidity of the polyphenyl-
siloxane molecule is higher than that of the molecules of polydimethylailoxane and
polyisobutylene. The study of polyphenylailoxane in very dilute solutions showed that po-
lymers with a relatively low molecular weight (40, 000) have an abnormal slope of the
pV sp./o-c curve in benzene. Orig. art. has: 5 figures, 1 table, 2 formulas and 1
chemical structure.
ASSOCIATION: Institut elementoorganicheskikh soyedinenly AN SSSR (Institute of
Organoelewntal ComWounds,, AN SSSR)
SUBMITTED: 08Aug63 ENCL: 00
SUB CODE: OC NO REP SOV: 002 OTHER: 003
L-- ) 2/2

Z11DANOV, A.A.; !V, t lif ,, ~, " ...; I ~. -,!, :. 1- ,
I -, - I I ..
~eact,'on -." a' - -- - y -,,- -- . - - - - . - - - . -., - c -~ - -
e th y 1 1 -, . : . - w I.,). . I .

7-7,7
oz
-64
~~SCMMITTSM-:'
06,tia
M MDE: E~SS
PRE$
3219
Xr,

PAFYOMVS, V.I.; GEPXRN, V.A.
Stmeture of N(CH ) HgJ crysta.18. Izv. AN SSSR. Ser. fiz. 29
no.6:901-902 Je 461t. 3 (141RA 18:6)
al,

www wmw

L;M65
_.,
IFNCIAAURE: 01
]rig. I- I--(Cl13)2(()('2115)SiCr,114
SUC11070C2115 at 200"C and with
It KOIl* Il- C211 * 611 )2SiCr,'14Si
50 .0
-ind with 1%
3)2M2145 at:'23015C
KOH ', lII"(C211SO)2ClijSlCfi1J4SiCl13
4
(Ot2HS)' at 2jOOC and with 1.5%
2
C2HSONa; iV--(c
_2HSO)3SiCG"IoS!
at 2400C and with It KOH
(0C2"5)3,

1

.1p
0

ACCESSION M: AP50222U
.
-the tiransesterifitation,of.mthylphonyldlethoxysilane and phanyltrLethozysilane
f do Orlso art. has: 3 figures and l.table.-
was per arm
Aiioc
imam

ENCL: -00
OC

VD7 RIF Saw: 001 OMER: 003

ij

b-

PAKHGMCV, V.I.
St?idy of tnp cr,%,5ta'- :3tr!lct:Lre of p~tra-/Jarlwitlve-q of -.Aer~iry
hqli,les~ amr. strakt. kh.'rE. 5 no.6,R73-877 W-D 164 ~ . "IMBA 1,7,,4)
1. Instit;it ri !,-imp -i i:~ hesk I kn ~-znyedlmi-nl.v AN

-00
IA.
C
EN
HURt:
000
(yr

143 &1
460
it6d :--0 r-- ig i~aAi has

14AKHNEN?:O, L.A.; PAKHOMOV, V.I.; STEPANOV, K.N.
High-frequency focusing in linear accelerators. Zhur. tekh. fiz.
35 no.4:618-622 Ap 165. (KIRA IF:51

PAVLOVA, S.A.; PAKFCMOV, V.I.; TVERDOKFLEBOVA, I.T.
Cycloli-f-ar polyphenylailoxane. Vymokom. ooed. 6 no.7alZ75-
1280 J1 164 (MIRA 18:2)
Properties of solutions and the atructure of polyphenylailoxane.
Ibid. t1281-1285
1. Institut element-oorganicheskikh soyedineniy AN SSSR.

L 0 00-0, k'~ IL
jr C '~M!
AP6031157 SOURCE CODE': TIR/0190/66/008/009/1618/1622
AUTHOR: Andrianov,- K----~. Pakhomov, V. 1. ; Gel'perina, V. M. ; mukiiina, D. --N.
1ORG: Scientific Research Institute for Plastics (Nauchno-issledovatellskiy institut
plasticheskikh mass)
'TITLE- Catalytic polycondeiisation'of 1,
idiphenyldihydroxysilane and octamethy1cyclotetrasiloxane
~:SOURCE : Vysokomole1(ulyarnyye solvrdineni.va, v. It, no. 9, 1966, 1618-1622
TOPIC TAGS: polycondensation, catalytic poly-condensation, copolymer, lillear
!chain copolymer
ABSTRACT: A study was ma6e of fl)e polycnndeii!~,il inn re,~ctif~-n of 1, 4-hip (rim) et I,v -1 -
hydroxysilyDphenylene with ano
silane in the presence of aikah catalysts. Th(llitl itAcra-limis wern fni,nd to pi-nouce
if
the following linear chain copolyrners:
C11,
0-sli-e 0)"11
Card 1/2 UDC: 541. (;.I-r 678. 84

ACC NR: AP6031157
CII, C,13 -(CIII
2. 110 S 0) 1(
7he destruction of n-bis was found to procvc,d Inuch
1faster above 490C. CoL, of 1, 1-1)is((Iin-i(..tli3,lYiycit,()xysilyl)l)liellylen(- With
octamethylcyclotetrasiloxine wer- found to [*,)rn) as a c(~sult of polycondf-iisation as
well as polymerization with opening of octarneth3,lcyclotetrasiloxane. The polycon-
,densation of compounds was studied at various ratios. Orig. art. has: 2 tables and
:5 figures. [Based on authors' abstract)
ISUB CODE: 07/ SUBM DATE: 23Jul65/ ORIG REF: 001/ OTH REF: 005/
A-
Card 2/2

L 07401-67 EWM 1jP(c)___AT10D___
F 'CC NRs
AT6020583
AUTHOR: Pakkaev, 1,
SOURCE CODE: UR/0000/65/000/000/0189/0205
Ic
ORG: none
TITLE: Radiaf ion of low freguency waves y ions and electrons of a nonisothervol
netoactive plasma
SOURCE: AN UkrSSR. Vysokocnastotnyye svoystva plazmy (High freqLiency properties of
plasma). Kiev, Naukovo dumka, 1965, 189-205
TOPIC TAGS: plasma wave propagation, Cerenkov radiation, magnetoacoustic effect, mag-
netoactive plasma
ABSTRACT: The intensities of Alfven waves and fast and slow maRnetoacougtic waves ra-
diated by ions and electrons is calculated. The analysis is carried oxit in detail for
,several cases. It is shown that in low pressure plasma, where the Alfven velocity VA
greatly exceeds the velocity of sound v .. the index of refraction cf the slow wave is
!much greater than that of the other two waves. This leads to a great increase in the
radiated intensity of the slow wave harmonics of (v A /Va)2 *1, where a is the harmonic
index. It is also proven that Cerenkov radiation of low frequency waves by the elec-
Card. -1/2

L 07401-67
ACC NIL AT6020583
trons of nonisothermal plasma is a considerable fraction of the total radiation. The
radiation and absorption efficiency of plasma for the spectral range of frequencies
below ion cyclotron frequency is also computed. Spatial properties of the propagation
characteristics are given. Orig. art. has: 42 formulas.
SUB CODE: 20/
SUBM DATE: l9NoY65/ ORIG REF: 007
2/2

1, .0 0 (J 110 /, 1 '0 f Y, 111C 2.) 86813
o), o Is 44, to 6.3, 11 Lj s/i85/6o/001,V001/013/018
Al 1-/A029
300
Ci~ I Tkalich, V.S.; Pakhomov, V.I.
- M ~~
Elastic Waves in a Thin Toroidal Tube Filled With a Liquid
Ukrayinalkyy Pizychnyy Zhurnal, 1960, Vol. 5, No. 1. PP. 115 - 117
~?X'.; The generation of homogeneous acoustic fields in a liquid is of
xreat Importance for certain technical purposes (Ref. 1). A homogeneous acoustic
field (according to period) can be generated in a resonator which is shaped like
a toroidal tube filled with a liquid. In such a system, a wave can be estab-
lished which runs along the tube's axis (Ref.- 2). MathematicaLIly and by consid-
-,ring the potential of the liquid's velocity, the defoirmation vector in a hard
body, the velocity of the sound In the liquid (a), the longitudinal (ce) and
transverse (et) sound velocities la the liquid. the normal 'rension oomponen't on
nt inner surface of the tube,, as well as a number of other factors. the aut-hors
a formula by which the phase speed can be cajon~atedi
-LL - a) I + d) :tV _)(d 1)12 0 - 2a.)2
A d
d 2b (1 (8)
%k)i, 4

9
86813
S/185/60/()05/001/013/018
A15,/AO29
a ic, Waves tn a rhin Toroidal Tube Fliled With a Liquid
.AT 1 ON '. zyko-te&.ni~hriyy instvtui AN UHR (Physio-Technical Instltutr-.
AS '-IxrSSR ~
I - ,- -, ~ Mf El: ;.1 -, be r 17 19~,9

83597
8/056160/038/005/030/050
BOO6/BO7O
ilf 37
AUTHORS: Steptinov, K. N., Pakhonovp
TITLE: magmatic BreasstrahlunAf a Restricted Plasma
04
PERIODICAL: Zhurnal eksperimentallnoy i teoreticheskoy fiziki; 1960,
Vol- 38, No- 5, PP. 1564 - 1568
TEXT: The -pr*sent paper in a contribution to the topic of controlled
thermonuclear reactions (energy equilibrium in the thermonuclear reac-
tor, microwave diagn6stics of a plasma). The authors make a theoretical
study of the magnetic bresestrahlung emitted by a restricted high-tem-
peratur* plasma placed in a strong magnetic field. For this purpose, it
is assumed that the magnstio pressure p a in much higher than the pres-,
sure pe of the electron gas. pH,*pe + pi (pi - ion gas pressure) is a
necessary condition for the formation of equilibrium plasma configura-
tions, which guarantees thet:talility of the configuration. The electron LX/
plasma considered moves in 9 field in a spiral along the lines of
force, emitting electromagnetic waves of the frequency (1):
Card 1/3
Of
8144 '2g' 2i'e -1e& Of the
so th"t 4 authors
assume
a,d the

83597
Magnetic Bremsetrahlung of a Restricted Plasma S/056
,/60/038/005/030/050
Boo6jB07O
field may be assumed to be homogeneous. Under these assumptions, the
propagation of waves with cj- sa)H (which are strongly absorbed in the
high-temperature plasma - cyclotron absorption) is studied, that is to
say, the tensor components of the dielectric constant (Ei,) are deter-
mined. Then, expressions for the attenuation factor are derived for two
special cases. The smissivity of the plasma is investigated, and some
expressions are obtained for the total and individual intensities of
radiation. The problem of the intensity of thermal radiation in the re-
gion of resonance frequencies is discussed in the last section of the
paper. An investigation on the same lines was earlier made by
V. L. Ginzbur and V. V. Zheleznyakov. A. I. Akhiyezer, H. A, Leontovich,
and Ya. B. Faynberg are thanked for discussions. B. 1. T-RU-n-N-ov is
mentioned. There are 10 references: 9 Soviet and 1 Australian.
ASSOCIATION: Fiziko-tekhnicheskiy inatitut'Akademii nauk Ukrainskoy SSR
(Institute of Physics and Technology of the Academy of
ences
SUBKITTED: December 9, 1959
Card 3/3

1, ; 9 7 1.- 28770
10. 200b S/057/61/031/010/003/31t,
X&J-31) B111jBI12
AUTkRSt Pakhomcv, V. I., h1eksin, V. F., and Stepanov, K. N.
TiTLEt Radiati-,n :-:f in e'---otron moving on helical orbits in a
magneticaily ~ictiv-j plasma. T .
rERIODICALt Zhurnal ilekhnicheskoy fiziki, v. 51, no. 10, 1,)61, 1170 - 116,~
TEATt The determina-..'cn of the radiation intensity of an electron mwlint-
in .2 magnetic ,ield is signif.cant for thermonuclear reactions,
ical ind ajtrophysical problems. Several authors have worked in this
fieldt A. G. ait~-nkc, A. A. K31omenskiy (Ref. 1; ZhETF, 30, -)11, 19~)U'-
A. A. Kolomenskiy (Reef. 21 D,,N 366R, 106, 982, 1956), V. fa; lydman
(Ref. 5: ZhETY, ~Aq 1711, 1V~b), V. L. Ginzburg, V. V. Zheleznyikov
(Ref. 7: Izv. vuzGv, il,licifizika, 1, no. 2. 59, 1959)v and B. it.
n. to. Bazhanova (Ref. ti; jb. "Fizika plazpy i probiam,i uprEt,/Ijaje.Tijk.,.
termoyadeinj-kh reaktqiy" - " 1-lasma physics and the problem of control-
thermonuclear reactions", izd. AN SSSR, v. 3. p. 121, 1958). This
deals with the determination of the energy loss of a non-relativis,ic
electrQn moving on a helic,.Il orbit in plasma. The mean thermal veloci-4
C.ird 11k,

28770
S/ G57/61/631/ 01 D/
Radiation of an electron moving on ... B111/B112
ol the electron is much smaller tt.an the velocity of light. The -ncr-.
absorption due tc: ther,.-.-ti motion is taken into account. .0rocue A ~g : r_~
the Maxwell e.uations -nd after carr,-ing out a Fourier transformatiun
t E e dkd(4 for an anisotropic plasma dls.~cr_e: i.
space and time, the ~_ut~,t~rs derive general formulas for I! and VI in
coordinates, which ire usud to cilculate the intensity of the ;.!z%nct'I
bremsstrahlung of the :Iectrl)n. The fAlowing relation hold. "or t:'.0
fre uency of the s-tI. h-irnnionic u -. (4 - auk, + kvv# , where
e H-0 s s U
k I and I onto the
H - 77 ; 11 ", r. d Vire tKe pro,'ections of
of the ext=al "ield. The summ~-,nd k,v, takes the Doppler 3hift, -f t
frequency into account. The radiation intensity in the solid angle
given by c 2
d0 - T ~z H E H'Y
Xs Cst ) R dO, where r
Y's I - rs 260
a.nd H are the Fourier' components of E )V EIF, Hw ! n d H or rus,,ec*,~_v.-.. .
The magnetic br.i:.sstr.,hlung of non-relativistic particles in the f .-;, -
;nental frequency in dilute plasma is studied. Since the refractive
Card 4-45-1,

28770 3/057/61/031/010~0-0*3/015
Radiation of an electron moving an B1111DI12
in this case is close to unity, the general formulas become simpler. The
solution of the dispersion equation show3 that the attenuation factor of
the ordinary wave is considerably lower than that of the extraordinary me.
Formulas for EV S'r'I H)v and HI which iaeoribe outgoing and incoming
Wave'eq are given The followigg relation is derived for the radiation
intensity of the extraordinary wave in the first harmonict
2 2V2R
2 3 (1 + 008 -X e- where
Cos 2
Q2 + exp vT/o. The radiation in
2 4 008 2
T
a Xher harmonics for dilute plasmas is calculated as well. The condition
hi
i* I (a - number of harmonicsi nj - refractive index for the ordinary
wave 0 - 1) and for the extraordinary wave (j - 2)) must be satisfied
here. For the radiation intensity of the s-th harmonic in the unit solid
anile one obtains
Card

28770 5/057/61/031/010/003/015
Radiation of an electron moving on ... B1111BIlf
.rr.r" 2.2
2
WO (x) = 1w, P"U.J (0) f-'60, (4.7)
2*~
$0 1 (BPVJ tin 0)1--l cool 7.1tv (0)
I)t e"2 0 C"I I (.#, .1.4 1 (.' - q * 41461, (48 - RIJ Ila' 0))
jr
Oj (0) - so, sin 0 d' -+- senj Cos 8 -4- to sin 0 doy )x
WO
(4 ,8)
XQOJ a, 60 %M 0 -1- nj 161MI, COO 0 -+- (at -f- ej (RIJ sin, 6
d U9 an I Cos I M, (0j,
Although for a low density n i evI, the angular distribution of the radia-
tion intonsity of a single electron in the first harmonics differs oon-
siderably from that into the vacuum. The emissivity and absorptivity of
a plasma for fivpenoies near a 0 H are given by
Card 41V,,

213770 8/057/61/031/010/003/015
Radiation of an electron moving an ... B111jr3112
now'-, 12's I -akl.. 2" = w - Ron (4.16) (emission),
- - - Uj (0) e
-P4) Cos I
OLi( WS 2 ;~,_ sj (absorptionj 1-1)ere xj- k!,3(k.L3)cos X, and it., :tre the
corresponding Fourier components. A. 1. Akhiyezer is thanked for dvlce.
S. 1.A. Hyto." (Rcf. 131 Teoriya elektricheak-ikh fluktuatsiy i teplovogo
izlucheniya - *,heory of electric fluctuati~-,-7q and therm:,l radiation. 17d.
AN )jsft, ki., 1953) is inentic,ned. There are I figure and 13 referencess
1'2 Soviet and 1 non-Soviet. The reference to the English-langua6e
publication reads as followst Ref. 4a R. 4. Twiss, J. A. Robert2, Aust.
J. Phys., 11, no. 3, 424, 1958.
AbjOCIATIONs Fiziko-tekhnicheBkiy institut AN USSR, Kh:,,rlkov ( Phyol,o-
technical lnstitute, AS Ukr36R, Khartkov)
SUBMITT.D: January 31, 1961
Card 59) -