SCIENTIFIC ABSTRACT KHVALINA, N.YA. (SARATOV) - KHVASHCHEVSKAYA, YA.S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000722420020-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 13, 2001
• Sequence Number: 20
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT


KlIVALINIA, N.Ytt. (Stiratov)
Ambrosia psilostachya DC. in Suratov Province. Bot. zhur. 50 no-4:532-
534 Ap 165. (NMIRA 18:5)

ANDRIANOV, KuzIma Andrianovich; EPSETAYN, Itv Abramovich;
A. r; VORONIN, X.G..tel:hnicbaskly redaktor
[Electric insulation materials with a mica foundation]
Blaktrolzoliatsionnyo materialy na oenove sliudinita. Moskva,
Goo. anarg. izd-vo. 1957. 92 P. WaA 10:5)
- (Electric insulators and insulation) (Mica)

XHVAL'KOVSKIY, A. V. (Cand. Tech. Sel.)
"Hlg,li-voltage Insulation of Keetrical Machines with Glass/mica
Insulation Using Thermosetting gpoxy-silinne Binders,"
rn,~-7,,nte-j at s rnnfe3 (~n " -e I .
I- . I . -, - - - ~n--ft az I
~ ~ --- z~'n -, -- ~ 1 ". ; ~, " !~ v 1 F 7' e~ Ilij?

UVALIKOVSKIY, _A..V..,. red.; OZMKly, jr.A., red.; VORONIN, K.P., tekhn.red.
(Blectric insulating materiala made from epoxy resins] Blektro-
izoliatoionnyo materialy na onnove epokoidnykh smol. Koskva.
Goo.onarg.izd-vo. 1959. 127 p. (MIRA 12:10)
(Electric insulators and Inoulation) (Resins, Synthetic)

6(2) SOV/loJ-59-7-25/30
AUTHORt Khvallkovskiy, A. V.p Candidate of Technical Sciences
TITLE: New Electric Insulation 1aterials in Electromotor Construction
(Novyye elektroizolyatsionnyye materialy v elektromashino-
stroyenii)
PERIODICAL: Elektrichestvo, 1959, Hr 7, PP 85 - 88 (USSR)
ABSTRACT: This is an abstract on the basis of foreign data. No refer-
ences are given. A survey is given of the characteristics
and the range of application of the most promising insulation
materials developed in fc-reign countries and destined for
the insulation of electric motors. There are 2 tables.
ASSOCIATION: Vuesoyuznyy elektrotekhnicheakiy institut im. Lenina (All-
Union Electrotechnical Institute imeni Lenin)
Card 1/1

82850
S/10 601000100910021003
~2' 10 B019YB054
AUTHORS: Andrianov, K. A., Corresponding Member of the AS USSR,
._A., Engineer, Khirallkovskiy, A. V.., Candidate
of Technical Sciences
TITLE: The Character of the Electric Strength of Insulations 11hde
of Micaceous Materials
PERIODICAL: Elektrichestvo, 1960, No- 9, PP- 73-80
TEXT., The authors report on experiments to invostigate the character of
the electric strength of mioa paper and the electric field within the paper.U~
The experiments were made on 100% mica paper 0.045 - 0-050 mm thick~
manufactured by the "Izolit" Works. The very extensive report states that
the mica lamellas in the paper have equal shape and dimensions, and thus
the paper represents a typical nonhomogeneoun dielectric. Nonimpregnated
mica paper has to be considered as a multilayered condenser; its electric
strength is determined by the strength of tho internal air cavities. There-
fore, the high electric strength of nonimpregnated mica paper is explained
by the effect of the thin air layers. The ap4irk-over of nonimpregnated
Card 1/2

8 8
The Character of the Electric Strength of In- S/1'0'
9 p5?,0/000/009/002/00 3
B
sulations Made of Micaceors 'Materials B019 B054
mica paper has a successive character, it atarta from the electrically
weakest air cavity, and extends ouGeessively ovor the whole paper thick-
ness. The electric strength of impregnated m.ca paper depends on the
agreement of the continuous anisotropy of the struoture and the electrical
properties of the impregnating compounds. Tho electric strength of mica
paper is the higher, the more closely the elootric strength and the di-
electric consta t of the impregnating substance lie to the corresponding
values of mioa.;The electric strength can be increased by reducing the
thickness and increasing the "linear dimensions" of the mica lamellas. In
the development of insulations it is neoeasary to aim at an agreement with
the continuous anisotropic structure of mica paper. There are 5 figures,
4 tables, and 5 Soviet references.
ASSOCIATION: Vaesoyuznyy elektrotekhnioheskiy institut im. Lenina
(All-Union Institute of Electrical Enizineering imeni
Lenin
SUBMITTED: January 7, 1960
Card 2/2

,KULAKOVSK]Yp Viktor Borifsovich; KOROIZV, V.N., inzh., retsenzent;
,,KHVAL'KOVSKIrp A.V*p kand.tekhn.naukp red.; BORMOV, R.I.v
teaa--~. ~~
[Preventive teoting of the insulation of largo electric machinery)
Profilaktichoside iopytaniia izolia,tsii krupnykb eloktricheskUh
mashin. Moakvap Goseenergeizd-vQ9 1961. 135 p. (KIRA 3,4:6)
(Electric insulatoro and inmOation-Te sting)
(Electric machinery)

APDRIANOV, Kuzlma Andrianovich. Prinimali uchantiye: FARKSMAN, Kh.R;
!ICA491OV. R.G. SEMKO, P.Ya.; ZABYRINA, K.I. . rod.:
KALITVTANSM,V.1.9 red.; KORITSKIY, Yu.V,.i red,;IHVALIKOVSKIY,
A.V.1. red.; EPSHTEYN, L.A., red.
[Macromolecular compounds for eloctrical insulation] Vygoko-
molekuliarnye soedineniia dlia elektricheskoi izoliatsii. Mo-
,gkva, Gos. energ.izd-vo, 1961. 327 p. (Polimery v elektroizo-
11atsionnoi tekhniko, no.1) (MIRA 15:2)
(Electric insulators and inaulation) (Polymers)

MO# UoMd dr$prtyovichl IMALIKOVSM,. A.V,o redo; SEMOROVA# M.N.,,
tooklm#r*4# I-*"- - - -
(ImmUtim laaqmrs od tboir usqis] IsollatsiomWe laki i ikb
primmailso Wabip Goe.easrg.irdl-mo,, 1962. 47 p. (Bibliotska
OUWomuteras no*65)0 (KMA 15:5)
(BlecUla InaUtors and immlatl=)

VARDENBURG, Arnolld Kurtovich; ANDRWOV, K,.A,, glavnyy red.;
ZABYRINA, K.I., red,; KALITVYANSK4"Y, V.I., red,; KORITSKIY,
K"'14 red.; FMMYN, L.A.1
Yu.V. red ;JINIA
SW6 lp
red, [deceased 1,edaj BORUNOV, Me,
tekhn.red.
(Plastics in the electric equipment industry) Plasticheskie
massy v elektrotekhnicheskoi promyshlennosti. Izd.3., perer.
i dop. Moskva, Gosenergoizdat, 1963, 284 P. (Polimery
v elektroizoliatsionnoi tekhnike, no.5)
(MIRA 16:8)
(Plastics) (Electric equiliment industry)

BORUSHKO, V.S., inzh.; BUNER, V.B.,
KHVALIKOVSKIY., A.V., kand.
Some relationships between
of high-voltage generators
the rods. Elektrotakhnika
inzh.; BETESTYUKOV, VA., irizh.;
tekhn. rtauk
winding rod insulation damage
and different parameters of
36 no.8:11-13 Ag 164.
(MA 17:9)

u 1 nd 1L. 3
r all rr.

KHVALIKOVSKIY, N.V.
Method of estimating the area 0' contact of thread with a
oylindrical ourfacee Izv.vys.uahub.zav.; tekh.teket.prom.
no.6:25-30 062. (MIRA 16s2)
1. Mokovskiy tekotillnyy institut,
(T&~m--Testing) (Friction)

KHVAL FM jKlY, N. V. ; YAT,' KOVSKIY, T.
Effect of the fibrous content anei flu'firies~is of anj lav.9at,
yarn blendn on their coefficient of tangent al I-)2ist"alce. lz-,,.
vys. ucheb. zav.; tekh. tekst. prom. no.3:lt-21 162.
(HIRA 17:30"1
1. Mosku-vskiy tekati'~Inyy inAiWt, I LoiAzlilskly polil.,~khnithcukly
institut.

KHVALKOVSKIY, T.P.
Production of the Kiev Factory for Control and Measuring Apparatus of the
Main Administration of Food Xachinery. Sakh.prom. 27 no.4:3-4 Ap '53.
(Km 6:6)
1. Pervyy Petrovskiy nakharnyy zavod. (Sugar machinery)

1AnWwWM&- "I--
Improving record system for beets ielivered by rail. Sakh.prom-30
no.11:41-42 N '56. (MLEIA 10:2)
1. 1-y Petrov kj Bakharnyy zavod.
(Sugarbel

,-XRA
Improving tho decolorization of tho wInsiton fjolutlan for a
polartmetric analysiat Sakhoprom, 33 no,7t2l-22 Jl 159.
(141M 12.-1l)
1. TSentralinyy nauchno-iseledovatelltikiy inatitut i3ak-liamoy
promyehlennosti,
(Sugar-Analysia and testing)

KHVALKOVSKIY. T.P.
Improve the supplying of laboratories with equipment and
apparatus. Bakh.proa. 33 n0-10:75-76 0 '59- WIRA 13:3)
(Sugar industry-Nquipment and supplies)

KATS, V.Md, KHVALKOVMLITg T.P.
Determination of the to,tal amonn", of fermented substances and
evaluation of and payment for tho molasses, Sakh.prome 34 noo7:31-
34 ji 16o. WRA 13:7)
1. TSentrallnyy naachno-lealedovatellskiy inatitut eakharnoy pro-
n7shlennosti.
(Molasses)

KATS, V.H.; KHVAIKOVSKIT, T.P.
Reconsidering the instructiorB on the chemical and
technological control and stcck taking in beat augar and
raffinade production. Saldi.jrom. 34 no.8:10-12
A,g 16o. (KIIIA 13:8)
1. TSentralInyy nauchno-iseledovatoliskiy institut
sakharnoy prourshlennosti.
(&igar manufacture)

MIVAMVSKIY, T.P.
Dil.ution, reaction with water andi, temperature of the solutions
as factors determining the pH in the products of beat-sugar
manufacturo, Sakh. prom. 34 no,. 12:20-22 D 16o. (MIRA 13:12)
1. TSentrallayy uauchno-issledovottel'skiy institut eakharnoy
promys-hleanosti.
I (Sugar mianufactars) (Hydrogen-ion concentration)

K,HV VSKIY9 T.P.
A~A~_ .1. ---' .--. --l-
More about the det&igdmtion of the sugar content of standard quality
molasses. Sakh. prom. 35 no.2:16 F 161. (KIM 140)
(Molasses) (Sugai-Analysis and tesling)

KLTSY V.M.; KHVALKOVSKIY, T.-P.; ARTF-40VA, N.Ya.
Evaluation of the production of ladividml separation shops.
Sakh.prom. 35 no.7:34-37 J1 t6l. (MM :L4:7)
1. TSentrallnyy nauchno-issledovatellskiy institut sakharnoy
promyshlonnosti.
(Ukraine--Suga:.- manufacture)

KATS, V.M.; KIIVALKOVSKIY, T.P.; IVANOVA, L.K.
Inv6stigaUng rnw miteriftla arid molamilts in the procesaing of untefinmd
cane wigar. Sakii.prom. 36 no.lls45-49 N 162. (MRA 17s2)
1. TSentrallnyy nauchno-issledovatellskiy institut sakharnoy promysh-
lernosti.

KHVALKOVSKIY, T.P.
Simplify and improve the cu-rrent inspection of the production depart-
ment. Sakh.prom. 38 no.1:34-36 Ja 164. . (MIRA 17:2)
1. Vseso;uznyy nauchno-iseledovatellskiy Institut sakharnoy promysh-
lennosti.

T.P,
Determination of dry subst!tnces content cf' sugar W--tholl"
j
d i 1u t-Ing. Sakh. prorn. 38 "o-It-37-40 f-Ir 164. (MIRA 17:4)

JqFALINOV, A. M., Cand Tech Sci (diss) -- "Investi.L7ation of the operation of
a centrifugal mixer for granular materlals". Moscow, 1959, 12 pp (Min Tugher
and int-r Sp,~,c Auc RSFS.R, Nbscow Inst of Cbm Machine Buildin'.'), 220 copics
(KL, No 9, IQ60, 126)

AKOPYAN, L.A.; VARYGIN, NON.; GUTAREV, V.V.1 ZYKOV., D.D.; KARAVAYEV, N.M.;
KONWKOVP N.B.; IASTOVTSEV, A.M.; MI,KAROV,, Yu.I.; HAZUROV, D.Ya.;
MARTIUSHIN, I.G,j 14ASLOVSKIY, HOF.; NIKOLAYEV, P.I.; PUNOVSKIY,
A.N.; RYCHKOV, Aj. (deceasedli CHEIZOV, O.S.; ~n~LINIXO-A#M*;
SHAKHOVAJ NOAO
Theory and vractice of heterogeneout processes in a fluidized
bad. Trudy HIKHM 26:3-22 164. (MIRA 18:5)

LASTOWSE"I. A.M., dr. tpl,bn. nw,~':q prof.; KHT411NOV, A.M., kard. teldm.
14AKAROVp Yii.l.,, ~ tekh~'.Ii6li -
Elrnders for free flowJng materiaas. Kh.n. mashinostr. no.l:
7-9 Ja*63 (MIRA 17:7)

Lr,ST0VTSNlV, AXs, doktor tn'~Iinsnatilq prof,; XHVkL!NOV,-A.14.,-Ju?h.
Intonnifit-ation of Min TAxinp of Inose mtoriala. Khim.,msh. -tin.l:
212-',6 JP- 159. OUlb~ 12:7)
Odxlti-l, machinery)

KHVAL_fNO-V-,-_ _A.M., kand. tekhn.nauk
Determination of power expended on the operation of a centrifugal
mixer for free-flowing materials. Khim.mash. no.2:20-23 Mr
,62. (MIRA 15:3)
(Mixing machinery)

LASTOVTSEV, MAKAROV, Yu.I.
Procep of mixing of free-flowing materials in a fluidized
bed obtained by the mechanical metholo KUm.prom. no.11:815-818
N 162. (MIRA 16:2)
(Fluidization)

ACCESSION NR: AP4033974 S/0121/64/000/004/0013/0015
AUTHORS: Blokh, 0. L; Khvalov, Yu. G.
TITLE: Determining the parameters of a magnetoStriction feed mechanism
SOURCE: StanIti i instrument, no* 4, 1964p 13-15
TOPIC TAGS: mechanical metal cutting, magnetostriction, magnetostrictive element,
impulse input, magnetic coil
ABSTILM: The authors studied the magnetostriction effects in the micro-input
inechanisms of metal cutting machine tools. The differential equation for the
motion of the core of magnotostriction is set up, and it is shown that the calcu-
lations for magnatostriction machanisms. must take into account the axial load on
the core and the dynamic characteristics of the motion. The speed of responso
of the mechanism was obtained and its stability was investigated. The mechanism
(see Fig. I on the Enclosure) consists of a forroma,,;notic core (1), rigidly
coupled to the movable unit (2) and two torminals (3). Under the influence of
the magnetic field created by the coil (4), the length L of the froe section of
the core is shortened. The core is made of a riaterial of negative m-agnetostric-
tion. After removal of the field the free and of the coro is fixed and the
.Card

ACCESSION NR; AP4033974
movable unit is shifted by a distance,& 1h. The differential equation or motion
for this system is givon by vfi+h~+kx+Q=O, whore M is the mass of the movable
unit, h the characteristic coefficient of reoiEtanco (considerod to be propor-
tional to the velocity in the first approximation), and Q the conLtant component
friction force (dopondont on the matorial, the state or the 6uiding ourfaco and
the coefficient of friction /).), Integration of the equation yields
C- Of (CI + C'IdV~'+031)' where h/li, in t1ho rosistando coefficient,
is the natural frequency of the system, and C and C are constants
0 17 "A 1 2
of intog-ration. Oir,,Jz. art. haa: 13- formulas and 7 figures.
ASSOCIATION: nono
SUBMITTED: 00 ENCL: 01
SUB CODE: IE NO REF SOV: 002 OTMR: 002
Card 2/3

ACCESSION NR: AP4033974
nt. - , , , -
,~ t,
Pig. 1. Basic scheme of the magnetoiitriction mechanism.
ENCLOSURE: 01
Card 3/3

SVIRIDENKO, S.Kh.; AKfMCHET, L.S.; VOLKOV, A.A.; MEYSTELI, A.M.;
MIZIEVSKIY, L.L.; POLYAKOV, L.M.; RASHKOVICH, M.F.;
SRI31ER, L.A.j KWALOV, Yu.G.; S.'.-IPIGLER, L.A.; SIFAAGO,
L.K.; ORLIKOV,-R-=.'iiiM-,- z'etsanzent; SVECIMIKOV, L.V.,
inzh., retsenzent; MATSIYEVSKIY, A.G., inzh., red.
(Elements of the automation of machine tools] Elementy
avtomatizatsii metallorezhushchikh stank-ov. Nookva, I-Iash-
giz, 1964. 210 p. (MIHA 17:12)

KHVALYNSKIY, Vis ekonomist
Untouched potentialities should be put to use. Rech.transp.
21 no.11:4-6 N 162. (IMU 15:11)
(Inland water transporiation-Cost ot operations)

MqVALOV M nzhener.
. 1, iet~
"Dry" hardening of leaf springs. Vast. maab- 36 no.6:56
Ja '56. (MIaA 9:10)
(Steel--Hardening) (SI?rings (Mechanism))

VA L 0 t/;
28-58-1-24/34
AUTHORS: Vedernikov, N.V., and Jaivalov, M.S., E4gineers
TITLEs The Quality of RR-Car Axle-Metal Must Be Improved (Povysit,
kachestvo installs, dlya vagonnykh osey)
PERIODICALt Standartizatsiya, 1958,'# is pp 63-64 (USSR)
ABSTRACT; In 1956, the Kalinin RR Car Plant undertook an investiga-
tion of axles made front bloom steel. Out of 410 axles
tested, all of which hfid passed mechanical tension and im-
pact resistance tests prescribed by the "GOST 4008-53"-
standard, high contamination with sulfides and oxides in
clearly outlined bands was found in 388. It appears that
such contamination has no noticeable effect on the strength
of the'steel during these standard teats, as long as the
steel grain size is not under # 4$ but it does affect the
endurance of the axles under working conditions. The ae-
gree of contamination revealed is shown in Tables 2 and 3.
These tests showed that the "GOST 4728-53" and "4007-57"-
standards for axle and- axle steel need to be revised soon.
Card 112 There are 3 tables.

The Quality of RR-Car kxle-Metal Must Be Improved 28-58-1-24/34
ASSOCIATION: Kalininskiy vagonostroitellnyy zavod (Kalinin RR-Car Plant)
AVAILABLEi Library of Congress
Card 2/2

~A H \-, A ~- G N/ \16 . A -
4
~741 aAMNINIO. Vladimir Llvo~ich; KAXSIKOVICH, Vadim Alakeandrovibb; TROITSKIT,
AnatollY Vasil'arvich; TROCHM, Ivan Petrovich; POTISHKO, Alek"y
Tasillyevich; AVRAMMO, Wra Avimentl7evich; VAESTKIS, Arnolld
Mikhe.rlovich; VITKUP. Ye.3., redaktor; RAYKO. M.Y., redaktor; SAXO-
KHVA14T- vedushchty redaktor; VALIGHUK, G.L. vedushchiy
recLalctor; FATUALYUX, P.M., tekhnichesk~y redaktor
(ttlas of machine parts; mechanical joints and couplings] Atlas
detalai mashin; soedinenita i =ft,,r. Xiev. Goso izd-vo tekhn. lit-
z7 USSR, 1956. 146 p. (MLRA 10:2)
(Couplings) (Welding) (Fastenings)

VOLIYSON# WoBs; GARINDYNS, V*G.; RUAIOVIJKIT, A.Go
Using geophysical methods for sol-ring certain problems of deep
geological mapping in the,Almalyk ore deposit. Sov. geol. 4
no.1:109-3-70 A 161. (MIR& 14:1)
(Almalyk region-Ore depoeite-Mape)
I (Prospectimg-4sophysical methods)

VOLIFSON', N.B.; GARIKOVETS, V.G.; KHVALOVSKIYP A.G.
Using combined geophysical methods in prospecting for primary
gold deposits in the mountain region of Uzbekistan.( Sov. geol.
6 no.10:76-85 0 '63. MIRA 17:1)
1. Glavnoye upravleniye geologii ~. okhrany nedr pri Sovete
Ministrov UzSSR.

VOLIFSON, N.B.; GARIKOVETS, V.G.; KHVAL)VSKIY; A.G.
Using geophysical methods In prospecting for porphyry copper
ores in the Almalyk ore-zohe. Sov.geol. 7 no.2:138-143 F 164.
(MIRA 17:3)
1. Glavnoye upravleniye guologii i okhrany nedr prl Sovete 141nis-
tro-T Uzbekskoy SSR.

S/66 6110001006010201081
D205YI)302
AUTHORS: Khvalovskiy, V., and BazhZLnt, V.
TITLE: Splittin- 'he Si-C H bond by mineral acids
C) 6 5
SOUP,C!-:',: Khimiya iprakticheskoye primeneniye kremneorganiches-
kikh soyedineniy; trudy konferentsii, no. 6, Doklady,
diskussii resheniye. II Vses. Ir"Lonfer. po khimii i prakt.
prim. soyed., Len. 1958. Leningrad. Izd-vo AN SSSR.
1961, 101-109
TEXT: The aim of this investigation was to establish the splitting
rate as a function of temperature, acid concentration and struc-
ture and also of the number of siloxane bonds at the dephenylated
Si atom. A further task was to establish the conditions at which
MITO 3. in its action on a silicophenylic compound splits off benzene,
with the simultaneous formation of r.J.trobenzene. The investigation
of 'he influence of the number of siloxane bonds at the dephenyla-
ted silicon atom was performed by the action of aq. HC1 in CC1 4 and
Card 1/4

S/661/61/000/006/020/081
Splitting the Si-C 6H5 D205/D302
xylene-dioxane mixtures on /TC6 H 5Sio) 1-5~7x, /TC6 H5(CH 3)SiO)73'
Z~O 5(CH 3)2si72 0 and C6H 5Si(CH 3)3* it is shown that the presence of
oxygen atoms bonded to the silicon slows down the splitting reac-
Q -
tion. The velocity constant decreasee uniformly with the increase
in the number of oxygen atoms. The influence of temperature on the
reaction was investigated between H 2C04 (80.34%) and trimethyl phe-
nyl silane in the 30 - 700C range and has shown that the splitting
reaction is of the first order. The influence of oxygen atoms bon-
C>
ded to the silicon atom in the reactions with H2SO 4 was found to be
similar to the above described in the reactions with HC1. It is
concluded that in both these cases the splittintz, mechanism is based
on the electrol)hilic attack on the carbon of the phenyl group bon-
L>
ded to the silicon ,-..tom. The for%ia-lu-ion of benzene sull"onic acid in
the splitting reactions was studied by using highly concentrated
H2 IC304'(80-34 - 96-551,",) in reactions with benzene, trimetliylsilane
and sym.-tetramethyl diphenyl disiloxane u..,id,,--.r the same conditions.
Card 2/4

S/661/61/000/000',/020/Oal
Splitting the Si-C6H 5 D205/D302
It -.:as shown that the reactions with --~he silico-phenylic compounds
L 'fonic, acid than tile reaction with
Sive hic;her yields of benzene sul I
be-nzene. Thie is in accordance with t'-le greater ionic char,-cter of
the C-3i bond Lis compared with the C--: bond. Concentrated H',O
ff v . 3
splits silico-pherylic compounds almoat quarv~.isa-tively with the
formation of nitrobenzene. This work has preparat-i've and analytic
i,mplications in addition to its practical imPlicat ions connected
with t1he production of methylphenylic silico-polymers. p-Trimethyl
silyl benzene sulfonic acid was synthesized by the spliTting of
bis-(trimethylsilyl)-benzene with concentrated sulfuric acid. Ye.
A. Chernyshev (IOKh, AN SSSRI IMoscow) took part in the discuQsion,
stating that the work of the authors has opened a new way for the
synthesis of aromatic nitro-compounds with a definite position of
the nitro group. There are 6 figures and 13 non-Soviet-bloc refe-
rences. The 4 most recent references 'to the English-lan.-uuge publi-
cations read as follows: R. A. Benkeser and H. R. Kryuiak, J. Am.
Chen.. Soc., 75, 4528~ (1953); G. ML;.minati, J. P. E'obis and H.
Gilman, J. Am. Chem. Soc., 73, 5687, (1951); H. H. Szmant, 0. 1-1.
Card 3/4 Z

S/661/61/000/000'/020/031
Splitting the Si-C 6H5 D205,/D302
Davlin and G. A. Brost, J. Ain. Chem. 3oc-, 73, 3059, (1951); S. V.
Suthankar and H. Gilman, J. Am. Chem. Soc., 72, 46849 (1950).
ASSOCIATION: Institut khimii Chekhoslovatskoy AkLadcmii nauk, Pra-
ho. (Institute of Chemistry, Czechoslovak j%.cadc:.-.y of
Sciences$ Prague)
Card 4/4

s/11,1 (0;2/005/00 1/01 11"oll
0232/J.)302
~'i'i [Oil Doc ell t-s
Ui: Per, A., IvAllov, A-, Wl'i 'MIVAI(Y-Skiv V
W,;~;(-.rtatiufis for Lite degree of CLt,'didate of ~icicnce~i at. tAke
Lvniagradakiy inatitut tochnoy "101-challiki i Opti~4~i (Leilingrad
I it.'40 tiltO Of 1'1'('C ihiOll MC(AlilniCS Mld OI)ti CS)
Jzvestiya v%shikh uchelmy1di zavedeniy.
v. 5, no. 1, 1962, 147-149
T;ie folLw;ing disscrt;itiom; were j;re.,ienLvd: 6.V. Ninin llnvosti-
~'-;Ltiun of the Influence of 15asic Technolci~ical lVitcturs on 01' 010
of all Asvachromous Tachoa,etcrl; Scientific Supervisur -
Professor N.111. .50boluv (Ijeceased), -:,'xawincrs - 1)octor of Technical-Sciences
,rrofessor L.V. Vasillyev and Candidate of Technicztl 6cience:;, Docent L.S.
Nei;ichen'ok, 5.1. Nistrusskiy 'Investigati.)n of the Finishing Trozament, of
the 'External Contours of Instrument Components prodUCed by 6tai;iping'.
Scientific supervisor - Professor Sobolev, 1~xaminers - Doctor of Technical
~)cierices, Professor V.I. bulovskiy and Candidate of Technical Sciences,
Card 1/3

6/146/62/005/001/011/011
Dissertations for the degree ... D232/L)302
DocuaL LuI)ov. ~u. it. Viteriberg lluvesltigatioii of i-ine \iodule uear
ping Scientific stlperviso:- - Professor soboiov, rxiii-aituars
- I'l-ofes.-ior huluvskjy and Gjndidate of Tec,mical -I~cieuces, Joceiit A.I.
shepsenvul. A.Ya. Vladimirov '~;tudy of Precision iuld 6urface "Oughiles.':
of nard and i3rittle Materials worked by Ultrasonics'. Sciencific Super-
visor - Professor bobolev, rxandners - Professor nulovskiiy and lJocent
Shepsenvol. O-Ya. Ikonstantinov 'Study of the Process of I'lane (,rinding with
a High uegrec of Smoothness and Precision'.. Scientific Supurvisor - Doc-
tor uf fechnical sciences, Professor A.'X. Matillills Exal-ailler's - Profes~.-;or
6ulovskiy and CIndidate of Technical Sciences, vocent '.'it. N. A!,-Zlrkov. YC!.
i~. Alal~hov 'Theory of Operation of it Reflection Klystron with Autodpi(I 'Ind
"~ppllciltioll to ;--he Coll-structioll of adjustulent for tile measurement of
an EI cc troi-aagne tic Field of Secondary Radiation of Various iwdiesl,
Sci,!ntifie supervisor Doctor of Technical Sciences, Professor 6.1. Zili-
tiak,)vich, i~xrjainara Doctor of Technical Sciences, Profesuor 1u.A. Xats-
iiian and Candidate of Technical :~,cicncesj LIOCCIlt Ivanov, A-01. Fedorov
"itudy and iievelopment of Apparntus and kk-thods for Ifigh Accuracy Mcas',Ire-
alle"t of Voltafe at Frequencies UP to 1,000 \Ic/s'- 6cielltific Supervieor,
Card 2/3

S/1116/621/005/001/0.1 L/~)i I
Ji.;sertations for the degrec... u232/0302
CjIndidate of Technical Sciences u.Ye. Rabinovich, i~xaminers - Doctor of
Professor G.O. burdua and Cjiididate of Technical
lochnical Sciences,
6clence-i, Docent, Tudorovskiy. V.A. Ilanov '-,*tttdy and Design of
Lons Aciivom~itic ObjecLives of a Microscolle With a Flat 11.11ago Plalle .1i"d
I~educed Central Screening of the ,tperturel. Exaininers - Correspoiding
member of the AS US-~R, D.D. Maksutov, Doctor of Technical Sciences, Pro-
fessor Rusinov, uid Doctor of Physicc.1 and Mathematical Sciences Ye.
G. Yalrhoii~ov.
Card 5/3

R~SINOV, Ilikhail Mikboylovich; YAKHONTOV, Ye.G., doktor fiz.-matem.
naukv retsenzent.- _UYALOVSKTV x .O-Jnzh. , red.; IMM,
V TaL.9 redaizd-va; BORO'DULINAg I.A., red.izd-va,- PETERSDNp M.M.
tokhn.red.
[Technical optics] Tekhnicheokaia optika. Moskvav Gosenauchno-
tokhn.izd-vo mashinostroit*3it-ry, 1961, 327 p.
(optics) (~MU 34%6)

KALIBIN,
Strengthen the leading employees of district and municipal financial
departments. Fin. SSSR 19 no.4:45-48 Ap 158. (MIRA 11:4)
(Finance)

- KHVALTNSKIT. Vladimir Petrovich; KORO=W, R.I., red.; AT-ROSHCHENKOp L.Ye.,
tekhn. red*
[Golden kopeck] Zolotaia kopeika. Moskva, Izd-vo "7nanietw 1961.
60 p. (MIRA 14:7)
(Money)
4~

% $9V/49 -58-10-5/15
AUTHOR: Klivan, A. P.
TIT12t-.VT'FVer-TrFfW' ~Iav'es on a Sha-.low Lake (Pole vetrovykh voin na.
melkovodnom ozere)
PER10DIOAL: Izvestiya Akade:aii klau]c SSSR, 8erija creofizicheskaya,
19581 Nr 10, pp 1202-1210 :USSR) U
ABSTRACT: In order to use V. V. AShuleykia's theory on wave forma-
tion in lakes, it is necessary to find t1ie scale lengths
involved in the dimensionless quantities, 7 and (Ref.1,
p 109), The author first writes dovm an e-xpression for the
critical lifetime of waves in shallow water:
T H1
r 7 r r
where
sh 2 H
H1 H 2 H R
R
Card 1/6
(2)

SOV/49 -58-10-5/15
Wind-Driven `,11aves on a &-iallow LaRc
wd~--,re- R Tr 11 is t1ac water depth and r is the
half hei-ht of a wave. In shallow water a wave loses a
0
portion of its energr~y eE in the time t cr This gives
Eq.(4) for the rate of wor'King. The i)ower transferred from
"U~e wind to the wave is given by Eq.(~) (Ref.1, o 1?3),
here 6 a is tI,,ti air donolty,
W
h V - c is Gho P(AaLive vrind
vo,locity and ~ = x r/R . The energy lost per unit time
due to turbulent friction is -iven by Eq.(?) Here, the
.Uurbulenb viscosity coefficient, is taken, from the
Ulieoratical investigati,,)ns of S. V. DDbroklonskiy (Ref.2),
as in Eq-(6) Using Eq.(8',, Eq.(7) car. be re-aritten as
14t.(9) 6.,IierL HA for the' White S-3a is ta'41-.en to be -0.3)
Tile flow per unit time along the wavo path is C,,ivori
by (Ref.11 Bq,,223). Tho equation of the
ualance is Eq.(11). The aut],lor considers the case
whell X = 00 ; i.e. W (P can be ignored. The enera-
Dal--'ACe can now be expressed by Eq.(12), vinich can be further
Jified by J--norinrj- the 9ner-y loss due to inter-aal
ID 13 U
Tiiis enables r ~D
Card 2/6 2 - the linitin- 14,aif-hei-ht of

SOV/49 -58-10-5/15
7ind --iv.~r J
--D J-ves on a 3iiallow Lake.
'-w .
U
t, %rrave to be found (Eqs.(13) and (14)). It can be seen
~iiab tAe aost probable waVE! ~lei';-Ilt in a s,iallovi sea is pro-
U
to (V - c) , w1lioreas it is proportional to
(V C) in oceans (Eq.15'-. Also, is proportional to
.1 r2
lq.(11~; divisio
Yn R~)turning to E- n by V1 enables this
to be expressed in d ime, ns i,_ -Tilez; s viriables (E(1.16). E(13.(17)
and (1,-5 deterinine the scale len~3th~3 for tizie and distance,
It is ni~cessaU to know blae values of e and K in these
definitions - the latter can be determined from Eq.(15) and,
thence, the former from Eq.(14). The Karman type constant 7
it , enters into thece def-initi-ons and can be obtained from
oonsidering waves in deep %ater, e.-.. Eq.(25). The value of
k iri tile Black Sea and the North Sea is obtained- it is
0.105 in both, differin- fx,)::l the value ori-inally found by
Kar-iian. Th"-s gives values for x of 0-6?5 in the North Sea
0
and 0.555 in the Black Sea. 0a the other hand, using data
Card 3/6

SOV/49 -58-10-5/15
Wind-Driven Waves on a Shallmu Like
frout Fig.46 in (Ref.1), a value x = 0.575 is obbairiod.
U
Next the value of E is determined usin- Eq.(14) rd
measurements juade in the Nhite Sea. TAe result ob'Gained io
e - 0.03GS (for K - 0.57.5),. Eq.(17) then gives
~, 6 hours -ives
t/T = 0.63 hours, mrhich,, :3ince t > Q
'r > Eq. (19) ,ives x/~
,0-55 - 12.9 Im, i.e. 1.705.
In order to find Tj f rom x nd it is to consid,_:~r some
basic results obtained, i.e. (1) when 31/OT = 0 with
~ = 0 1 Tj - 0 Eq.(30) for holds. (2) When 3ij/clt = 0
with T - 0, Tj 0 as bov-ndary conditions, then Eq.(31) for
T holds. J~Aqs.(30) and (_',51) are used to construct the curv-:,s
in FiSs.1 and 2 for various y TakinS y = 0.822 (later
shown to be the required value), Fis.1 s1lows that T = 0.925
1.705. Using this curve and Eq.(29), a curve of
cm)
wave height against distance can be drawn (curve I, Fic-.3).
0
Curve 17 Fig.4 can be similar)y obtained usJnS Fi-.2 and
Eq.(28). It vias assumed in drawing) these curves that R/r
Card 4/6 and T are constant and equal to (R/r )2 and T 2 . The

SOV/49 -58-10-5/15
"'I i n d
-Dvivoa Vlavos on a Shallow Lal--e
correction necos.,3ary Lo allow for the-fact that vary.,
can )'Otaiiind from Eq.(72) and FL,,;'.5. IL J-5 also
UlLut (V c) is constaaL: tiie variati)ns in- thi3 flac~trj2
5 i ---r-sated by variat-
can bc~ Liovik)ver,, iis they are co::i.
ions in The author finally con.,~idars the poosibility
of Id 11 in co-iparison with 1-71Hfor lre:r~y shallow
seas, Vie ratio 'UII/~I 11 is ~,iven by 13,11.(~3) which, accord-
in, to dz-ita obtained from the ',Jilite O".3a is equal t L
o ~.M
Card 5/6

SOV/49 -58-10-5/15
Winrd-D.riv-m _)i-- a S~iullo-.~ LaIL-o
~-ve,n the White Sea is not very shallow. Values for
p (= 0.178) and y (= 0.822) are then determined. There
are 5 figures and 6 Soviet references, of which 1 is trans-
lated from English).
ASSOCIATION: bloskovskiy -osudarstvennyy universitet im. M. V. Lomo-
U
nosova (Moscow State University im. MI. V. Lomonosov)
SUBMITTED: March 21, 1958.
Card 6/6

KWAIT, A, P., rnnelidate Phys-Math Scl (dlFr.) -- "Th,:., pro-clilculation of wind
waves on a shallow lake (sea)". Moscow, 1.959- 13 PP (Moscmr Ltate U im M. V-
Lomonosov, Phys Faculty) (KL, Wo 22, 1959, 108)

3(91
AUTHOR: Khvan, A. P.
SOV/20-126-2-21/64
TITLEz The Exact Solution of the Equation of the Field of Wind Waves in
a Very Shallow Sea (Tochnoye resheniye uravneniya polya vetravykh
voln na sil?no melkovodmom more)
PERIODICALs Doklady Akademii nauk SS3R, 1959, Vol 126, Nr 2, pp 303-306 (U3SR)
ABSTRACT: V.,.,V. Sh,~ie'_Wifi (Ref 1) found the exact int W al of the field
ecj*~tion of wind waves in an ocean and explains their physical
importan.ce. The solution of the analo&ous problem for a sea of
arbitrary' depth presents considerable analytical difficulties. The
author therefore confines himself in this paper to dealing with.the
solution of the problem ror a very shallow sea, so that the
following simplifications were rendered possible: 1) The energy
losses due to internal tarbulent friction may be neglected as
against.the partial destmotion of the waves in shallow water.
2Y, In very shallow viat6r the phasq velocity is determined according
to the well-known formula cz(gH)1/2. The following results from
these simplificationst Tne critical running time of the waves in
very shallow water is t 2 11 shu Pwo Here T - denotes the
2- kr r r 2:,(, jP
Card period of the'wave, r - the*half-beight of the wave, oc*21r" the
P

The Exact Solution of the Equation of the -Field of MLnd SOV/20-126-2-21/64
Waves in a Very Shallow Sea
wavelength (IVX