SCIENTIFIC ABSTRACT KHOTSYANOVA, T.L. - KHOTYANOVICH, A.V.

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• Collection: Scientific Abstracts
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• Release Decision: RIF
• Original Classification: S
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• Document Creation Date: November 2, 2016
• Document Release Date: September 18, 2001
• Sequence Number: 15
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

)MMYANOVA T. L., and STRMUM, 0. T.
.___j
."The X-Ray I.. vestigation of "tale of Some Ferrocene Derivatives"
(Section 9-10) a paper submi4ed at the General Assembly and International Congress
of Crystallograyby, 10-19 Jul 57, Montreal, Canada.
C-3,8W,189

XHOTSYANOVA. T. L., STRUCMW, G. T. and KMYG0ROBVaT,,A-Y-
Institute of Elemento-Organic Compounds, MDscaw- "The Crystal Structure of Some
Tropylium Selts"(Section 7-11) a paper submitted at the General Assembly and In-
ternational Congress of Crystellograpby, 10-19 Jul 57, Montreal, Canada.
C-3AWA89

KHOTSYANOVA, T. L. and SMUCMV, G. T.
Institute of Elemento-Organic Compounds, Moscow-"The Crystal Structures
of Diphenyl-halogenonium Compounds" (Section 7-9) a paper submit6ed at the
General Assembly and International Congress of Crystallography, 10-19 Jul 57,
Montreal, Canada.
C-3,800,189

)CHOTSYAW11rA--Jn
CrystAlline structures of dinhonyliodonium halogens. KristAlla-
grafits 2 no.1:51-53 11.7. (14LRA 10:7)
1. Inititut element oor4:nitchavlellch voyedinenty.
(Crytitn1logranhy) lodoninm coirmounds)

AUTHOR: Struchkovo Yu.T. and nfoteMova, T.L,
TIEZs X-ray investigation df t@4@cW@i'als ok some ferrocene
deriNatives. (Rentgenograficheskoe issledovaniyvkristallov
nekotorykh proizvodnykh ferroteena)
PERIODICAL; "Kristallozrafiya". (Crystallo -.19570
Vol. 2, No.3, pp 382 - 383 Ugl@!@
ABSTRACT; The investigation of substituted ferrocen6 derivatives
has been undertaken to determine their molecular configuration
in crystals, since from a theoretical point of view there are
several possible configurations, corresponding to various rota-
tional isomeres. It is also neceq#gLry to establish what fac-
tors-determine a choice of a configuration realised in crystal:
a specific mutual influence of substituents or a tendency to
minimise steric hindrances in a molecule and to acquiring maxi-
mum density of packing.
The crystals of the diketoferrocenes investigated are
characterised by the data in Table 1, p. 382.
The crystal structure of dibenzoylferrocene, Fe(C 5H4COC6R5).1
has been investigated in greater detail. Tentative data on the
signs of the structure amplitudes have been obtained by mini-
cardi/3 dsation of a three-dimensional Patterson function and by
application of the statistical approach. Atomic co-ordinates

70-3-9/20
X-ray investigation of the crystals of some ferrocene
derivatives. (Cont.)
have been determined by a three-dimensional electron-degsity
distributiont Bond istances are: Fe-C = 2.05 + 0.02 A;
C - C = 1.41 + 0.03 1 (in the ferrocene nucleus)-, 1-39.t 0-03 A
(in the benzene rings) and 1-52 + 0.02 1 (between atoms of the
cyclic rings and atoms of a ket6group); 0 - 0 = 1.21 + 0.01 A.
The benzoyl groups are not located-in planes of five-ie-mbered
rings but are turned aut of them by rotation about oxdinary
bonds 0 - C for minimising steric hindrances in the molecule.
In the crystal the molecule has an asymmetric configuration
corresponding,to the rotational 1,21-isomer. The packing coeff-
icient of this structure has the usual value 0.76.
Determination of the signs of structure amplitudes for
diacetyl-, dipropyonyl@- and dibutyrylferrocenes has appeared
mome difficult since the ferrous atom does not take part in a
great number of reflexions because its co-ordinates have special
values. This notwithstanding, comparison of unit cells of
dibenzoylO, diacetyl- and dipropyonylferrocenes reveals some
similarity between them and has made it possible to propose an
approximate molecular orientation for the two latter compounds.
Wd2/3 This approximate orientation has been made more precise by
calculation of two-dimensi6al series which also indicate the

70-3-9/20
X-ray investigation of the crystals of some ferrocene
derivatives. (Cont.)
1.21 -configuration. A molecule of dibutyrylferrocene occupies
in the crystal a special position with the symmetry 2; its
orientation in the unit cell has been established by a two-
dimensional approach.
The investigation of some other disubstituted ferrocene
derivatives is in i5rogress (di-p-bromophenylferrocene, dimethyl
oRe a acid ald dialkylf r Otetis
t ce a a ?,yj
TH11 ?;anf8fdrK oNe Rere are-, f igure aha @ a ee
ASSOCIATION-. Institute of Elementary Organic Compounds Institut
Elementoorganicheskikh soedineniy)
SUBMITTED: February 22, 1957.
AVAIIABLE: Library of Congress
Card 3/3

MM"
AUTHOR: Khotsyanova T.L and Struchkov, Yu.T. 70-3-10/20
TITLE: The crystal structures of diphenylhalogenonieve compounds.
(Kristallio4epk4ostruktury difenilgalogenonievykh
PERIODICAL: "Kristallopxadlyati (Crystallograph
.@), 19579
Vol.2. No-3, PP- 384-385 (U.S.S.R.
ABSTRACT: The present work constitutes a,lwrt of a more general
investigation of halogenonium compounds which is now in Pogress.
These compounds contain a halogen atom X = Cl, Br. I in a val-
ence state: X*J",
> .. ."'.>z
The best known representatives of this series of compounds
have the following general formulae:
I
R
;@ XY,
wheiv R and R1 are organic radicals, Y is an 'anion'
(Cl-, Br@-, I-,DF I- etc.). Some cases are known when an
4
Card 1/5 'anion' and a Icathion' of halogenonium compound represent
parts of the same molecule, as exemplift - by phenyldimedony-
liodonp

TN3-10/20
The cistal structures of diphenylhalogenonieve compounds.
(Cor
CH3
CH3
From the chemical poiut of view an investigation of such
compounds is of interest for showing the nature of an X - Y
bond (which in some cases is not purely ionic but has an inter-
mediate character) and for establishing a -ralence configuration
of a central halogen atom X.
The crystals of diphenyliodonium chloride and iodide are
isomorphous (see table, p. 384)
The co-ordinates of heavy atoms have been determined by a
two-dimensional Patterson function P(x, 0, z) and by Harker
section at y = 1/2. The full structures of these compounds
have been established by calculating a three-dimensional elec-
Cu,d 2/5 tron-density distribution.
Bond distaUces are: 0 - 1 2.08 IV I - 01 = 3.08
I - 1 3.29 A. 'The bonds 1 01 ard I - I are lonpr than
r

70-3-10/20
The c1stal structures of diphenylhalogenonieve.compouxxds-
(C 01
covalent bonds and a]pproach ionic bonds. The molecules0of both
compounds have OT-sbaped asnfiguration: C - I - C = 98 9
0 - I - C1 = 87 and 174 - Benzene rings are turned about
I - C bonds relative to the C - I - C-plane in order to remove
steric hindrances betwean. them. The molecules in crystal are
united in Idimeric' pairs at symmetry centres (1/4,, 1/49 0),
approaching each otber by their polar ends; the dislances be-
tween these pa4s of the molecules (I ... Cl = 3.20 As
I --- I = 3.34 A) are remaikably shorter than the sums of the
van der Waals radii. In iodide crystals intra- and inter-
molecular distances I ... I are essentially equal so that this
structure may be regarded as ionic. The packing of non-polar
parts of the molecules (benzene rings) has the usual density
(van der Waals radii are 1 2.11, C 1.8 1, H 1 .1-1j).
The,crystals of fluoroborates of diphenyliodonium, diphenyl-
bromonium and diphenylehloronium, are not isomorphous (see table,
P-385).
For determining the structure of diphenyliodonium fluoroborate
two-dimensional Patterson functions calculated with reflections
Card 3/5 Okl, also lkl and 3kL (generalised projections) and three-
dimensional electron-density distributions have been applied.

70-3-10/20
The or stal structures of diphenylhalogenonieve compounds.
(Cont5
Cbxd 4/5
The investigation of diphenylchloronium and diphenylbromonium
fluoroborates is less detailed (two-dimensional Patterson
functions, their minimising, two-dimensional electron-density
maps); it is intended to undertake further refinement by three-
dimensional electron-density calculation. In these purely
ionic structures cations bar an angular configuration, the
angle C - X - C exceeds 90 and benzene rings are turned out
of the plane G - X - 0 to remove steric hindrances. The
packing of these bulky cathions and tetrahedral anion@s 1BF41_
is of interest.
The non-centrosymmetrical structuie of a double compound
(C6H5)21C1 HgC'2 has been determined by three Patterson and
electron-density projections. The crystals belong to space
group P2 12121 with four molecules in the unit cell
(a = 13.50 + 0.05, b = 5.82 + 0.03, c = 18.60 + 0.10
Hgol2 molec@lles lose their in7dividuality in crystal, forming a
peculiar polyhedral chain with shared chlorine ions extended
along a 2 1axis parallel to LO101. Molecules (C 05 YCl have
70-3-10/20
The CrTstal structures of diphenylhalogenonieve compounds.
(Conte)
T-shaped configuration (similar to that found in the diphenyl-
iodonium chloride crystals) and adjoin this Polyhedral chain by
their polar partsq approaching Eg atoms with their chlorines.
Non-polar :parts Of these molecules ack themselves in the usual
r. (Full translation of tesu There are 2 tables.
SUBMITTED: February 22, 1957.
AVAILABLE: Library of Congres's
asrd 5/5
ASSOCIATION: Institute of Elementary Organic Compounds.
(Institut Elementoorganicheskikh soedineni-y)

3100

AUTHORS: KI.Lnyj1:oi,od.,,kJ-y, A. I, 8t-,rit,-N@o 'i"n.
v
T. L. , Vol 'pirl , rel . 70 Kiw,-,;m(x ,
v , 1), N
TITLE: G, 1-YU. t a .1 3 t VLIC W ITI o " T ror),,T I I, um Pe p..- 111 o v:
PLRIODICAL-- Dweif,ty@.@ Ak@,.iderfdj VI;Wk S63U. 011LI(@,icul'!c
ImIlk, 1,1)60. I'll, 1, PI) J@)-44 (uss li)
ABSTRACT: X-ray diffraction StUdy Of' the StPUCbUre of'
perchlorate and Iodide monocryi tals was ma,"Ic.,
the method of three -dimerw lonal electi-on derw,11-t,
The l'ollowing, cell cowtants ap t) gLven:
1c,"'ItC1041 [CII 17*IJ
a = t(A) 9. 3 9 V 0. W. 9.01�6,02
C(A) 8.22+0.07.
V(KB)
(If.I0jwvJ(91Cd) -1.4
d 1146
( (.R9

m 20,05
A
Card 1/5

Crystal Structure of Tropylium
Perchlorate and Iodide
y8o61
"OV/62
;:>
The radius Of tVOPYliL1m ring, Lengrth of C
and other data are given In 11 "1 '5, 4,
There ave '@*,) rigures; arld 5 rel'ovenceo, I I'
Danish, 1) @OvieL. Tile U.K. veferenor'. 1s: 14 .
Dcviav, R. Pcittit, J. Chem. Soc., .'0- jr;11@6)
ASSOCIATION: Institute of Element -Organ Ic Compoumb; Academy (it'
Sciences USSR (Institut
soyedlnoniy Akademii nauk SSSR)
SUBMITTED: April 30, 1958
Card 2/5

C17.1tal. "It-OuctUIT, of' Tvopylim
Perchlorate awt lo(licie
0 AA
Fig. 1. Contacts anion-
catiou in tropylium
perchlovate structure.
C I-rd V5
, ("", (J 6 1
SOV/62-6o-i-7/'37
0,
0:
E
i z jA
Fir,. 2. Projection of xy
structure of tropyllum
perchlorate.
Ar

C i,ygtal Structure of Tropylitun
Perchlorate and Iodide P- 0 1 J@r
- /I---i" T
"IS)
-,@, ,
r
78061 0
SOV/62-6o-1-7/37
Fig. 3. Ions packing in structure of tropyllwn Iodide.
C rd 4/5
@L

Crystal Structure of Tropyllum
Perchlorate and Iodide
78o6l
sov/62-6o-1-7/-37
Fig. 4. Contacts cation-anion Fig. 5. Contacts cation-cation
in structure of tropylium Iodide. in structure of tropylium iodide
Card 5/5

STRUCHKDVA. Tu.T.; XM?ffAlIDTA. T.I.
Q
Cryst&l structure of diphoDyllodonium fluoroborste. Izv.0 SSSR
Otd.khim.n&uk no-5:821-831 HI 160. (MIRA 13:6)
1. Institut elementoorganichaskikh soyedineniy Akadsmiii nala
SSSRI
(Iodonium compounds)

STRUCHKOV, Yu.T.j KHOTSYANOVA, T.L.
V-
Steric hindrances and conformation of nDlecules. Report no-31
Structure of a 2.6-diohloro-4,-nitrodimethylaniline molemas and
crystal. Izv.AN SSSR Otdekhim.nauk noog:1369-1378 Ag 160.
(KIRA 15:5)
1. Inatitut elementoo anichookikh Boyedineniy AN SSSR.
(= (Steric hindrance)

KHOTSYANOVA, T.L.; AVOYAN, R.L.
I!reliminary X-ray study of some triphenyloxc#Uum salts. 2w.
strukt.khim. 4 noolsW Ja-F 1639 (MIU 16t2)
1. Inotitut elementoorgan c ikh noyedineniy AN WSR*
(Cbconium a IM-As) (X-ray crystallography)

ICHOTSYMOVA, T,L.; J'ThUCHKOV, Yu.T.
Crystalline and molecular structure of 2,6--dichloronaphthalene.
Zhur. strukt. kh3m. 5 no.3:404-1+06 1.1y-Je 16/+.
(fORA 18:7)
1. Institut elementoorganicheskikh soyedineniy AN SSSR.

-KHOTSYANOVA... T.L..; ROBAS, V.I.; SEMIN, G.K.
Molecular crystals with the elements of disorder in their
structure. Crystalline structure and nuclear quadrupole
resonance spectra of pentabromofluorobenzene and pentachloro-
fluorobenzene. Zhur. strukt. khim. 5 no.4.-644-646 A 64.
MIRA 18;3)
1. Institut elementoorganicheskikh soyedinenly AN SSSR.

BABUSHKINA, T.A.1 KHOTSYANOVA, T.L.; 9ELIN, G.K.
Crystal otl,wtwv and nuelover minfirunn1p resnmarme mrfoo+- ^r o.79
. '. " I .. "-"t
and 1127 In hexabromo and hdl*-I(Acbenzene, Zhurj otrjftj;@V-1`440i'@. I I
khim. 6 no.2007-308 Mr-Ap 165. (MIRA 18:7)
1. Institut elementoorganicheakikh soyedinenly AN SSSR.

KHOTSTANq!lGA,,Georgiy Gavrilovich
(Wages and work norms in state farm vineyards] Zarabotnaia plate
i'normirovanie truda v vinogradarskikh sovkhozakh. Odeaskoe obl.
isd-vo, 1957. 44 P. (.NIBA 12:4)
I (Vegas) (State farms)

KEIOTSYANOUI,R, G.
T-V "ll. - @,-
Wages at viticultui-m state 'Anrrr- '@uts.trud no.R:77-79 Ag '57.
(MLRA 10:9)
I
(Viticulture--Jr(;&uction stqndnrds)

KHOTYANOVICH, S.I.; GIKENE, A.Yu.
obtaining electrophotographic imeges in liquid developers. Zhw-
mmah.i prik:L.fot.i kin. 7 no.1:306-35 -Ta-F 162. (MM 15:3)
1. Nauchno-isoledovatellskiy institut elektrografiij Vi:L'Wuse
(Xerography)

L.12044-@M EK(m)AWO/En(b) lip(c)
Acc NRi AP6000670 Ult/9236/65/000/002/0037tOO48 A.1 7?
-V"V -.Of S.-, .. (J@)
AUTHOR: Xhbtyanovich, S.I*; Matulie"Yu.yu-
qtj 5 G
ORG: Institute of Chemistry and Chemical Technology AN LitSSR (Institut
khim11_T_=m1oheskoy tekhnologii AN UtSSR)
TITLE: Electrodeposition of platinum rom alkaline platinate electrolyt 8@1
6Y T*
SOURCE: AN LitSSR. Seriya B. Fiziko-matematicheskiye, khimiches-
kiye, geologicheskiye i tekhnicheskiye nauki, no.2, 1965, 37-48
TOPIC TAGS; elootrodeposition, platinum, corrosion resistance,electro-
lysis
ABSTRACT: The article is devoted to a study of certain phenomenwwhich
take place during the electrodeposition of platinum from.alkaline'plati-
nate electrolytes. A study was also made of the quality and corrosion 1@
resistance of platinum coatings as a function of electrolyte composition
and electrolysis conditions. On the basis.of the cathode polarization
curves obtained, a determination was made of the ranges of current don-
ity over which there is deposited platinum alone or a-mixtureof plati-
num and hydrogen. It was established that deposits without hydrogen
have the highest corrosion resistance; this resistance increases with
increased holding time of the electrolyte after its preparation or after
heating for several-hours. Platinum coatings,up to a thickness of.1-2
1 Card 1 /2
PH I M-9 RIMINI i IMM
-3 1 0@11111 I I

L 1jO44-66
ACC NRs AP6000670
_6
microns are solid and without cracks. -Deposition of thicker layers leadi
to cracking of the deposits and to.,decreased corrosion resistance. Mee-
tron@microscope examInatic, @shows.thst the-size and number of pores in I
the. thin layers -decreases lwlth@,.an re6sc, In: the. density. of :the-.-Vatfiod
Anc
current right up -4o--'the-limiting'value.: :The quality of platinum7,61ectro.
deposits depends greatly on the@preparation of the uadv%*Qqayer._-Orig.
art. has: 12 figures.,
SUB OODB: 07 SUBM DATE: 080ot64/ ORIG REP: 004/ OTH,REP: 001
LCOM 2/2--

KH(YMUNOVSKIT, I. I.
Intensity of blood supply In the bones of animals of various
constitutional types. Zhur.ob.biol. 16 no.6:505-510 E-D 155.
(NLVA 93)
1. Altayskly sonal'W nauchno-iseledovatellekly Inatitut sonle-
dollys I shivotnavodetya.
(CAt M ) (BONZS--BLOOD 3 M LY)

KHOTSYANOV'-91=) 0. 1.: Master Chem Sci (diss) -- "Polarographic investigation
of simple and some complex ions of cadmium in mixed solvents". Kiev, 10,58- 119 PP
(Min Higher Rduc Ukr ScM, Kiev Order of Lenin Polytech Inst, Chair ot Phys and
Colloid Chem), 100 capies (XL, ?Io 18, 1959, 121)

153-58-1-7/29
AUEHORS: Kudra,, O.K.
TIM: Polarographic Investigation of Hallde Complexes of Cadmium in
Mixed Solvents. Comminication 1: Methanol-Water (Polyarografi-
cheskoye iseledovanlye galogenianykh kompleksov kadmiya, v
meshawykh rastvoritelyakh. Soobahcheniye 1: Ketanol-voda)
PERIODICAL: Izvestiya, vyasb4k-h uchebnykb zavwUniy. Kh1miya i khimicheakaya
tekbwlogiya, 1958, Nr 1, pp. 43-53 (USSR)
ABSTRACT: As is knovn, a solvent is not indifferent to the properties of
COMPlex Compounds. The Influence of various solvents an the
structure of these compounds is little investigated up till now.
The behavior of complex compounds in the mixtures of the solvents
is almost lose clarified. In this paper the authors desc;ibe a
systematic polarograph1c Investigation of the influence of aqueous
solvents on the properties of so= ccmplex compounds of cadmium
carried out by them (see table 1 and figure 1). The composition
of these compounds and the relative liability of the constants
Vero polarographically investigated. It wee found that the addition
Card 1/2

Polarographic Investigation Of HaUdS Complexes of Cadmium in Mixed Solvents.
Commniestion 1: Methanol-Water
of ethyl alcohol causes a displacement of the fields of existence
oblaoti sushchestvoveniya) of the Investigated complex compounds
see tables 2 to 5). A linear dependence could be found b&tveen
@
10 gK and l/D in chloride, brmide and iodide complexes of
cadmium. There are 5 figures,, 5 tables, and 24 references, 20 of
vhich am Soviet,
ASSOCIATION: Kafedra fizicheakoy I kolloldallnoy kh1mii (Chair of Physical
and Colloidal Chemistry)
SURCUM: September 23, 1957
Card 2/2

5 ( 4')
AUTHORS! Khotsyanovskiy, 0. 1., Kudra, 0. K. SOV/153-58-2-7/@5o
TITLE: Polaroun-raphic Investigation of the Halogen complexes of
Cadmium in Mixed Solvents (Polyarot;raficheskoyc
dovaniye Galogenidnykh kompleksov kadmiya v s-,,e;3hVrnyk11
rasvoritelyakh) Communication II. Ethanol-Water (Soob-
shcheniye II. Etanol-voda)
PERIODICAL: Izvestiya vysshikh urhebnykh zavedoniy. Khimiya i khi7nic'-.e!,-
kaya tekhnologiya, 1953, 1Tr 2, P.P 36) - 42 (USSR)
ADSTRACT: In the previous paoer by the authors (Ref 1) certain
rules governing the chan-es of the composition -nd
the instability constants of cadmium halo complexes
in aqueous methyl alcohol solutions were found.
The present paper deals with the explanation of the
influence of the nature of the solvent on the com-
plexes if methanol is substituted by i's homologs;
it forms a logical continuation of the earlier papers.
The solutions contained 20-45 and 65 per cent by
Card 1/4 volume ethanol. Solutiono containing LiCl @tnd LiBr -

Pol:lkrof,@raphic Investi--ation of the HaloLfren Conplc-xes sc)@'r/I 53-58-2-7
of Cadmium in Mixed Solvents. Communication H. Ethanol-Water
0.1 - 2.0 bl, LiJ - 0.01 - 2.0 M, LUO 3 - 0.1 M., and
Cd(NO3 4-10-3 M were uned for the. po1aro'3r.'_'P'-Y.
0
The temperature amounted to 25� 0.1 . The method is
described in detail in refrrerice 1. Figures 1-3
and tables 1,2 give the rosulto obtnined. The
half-wave potential of cadmiuiii was displaced with
the increasing ethanol content on the back-round
of the indifferent electrolyte 0.1 M LiNO into
the more positive range of potentialu, as hmpared
to aqueous solutions (Table 1, in agreement with
reference 2). In the presence of halogen salts
the said potential was displaced into tha neaative
range (Table 2). As the value of the limit current
remained about the same, a complex foriation must
be assumed. The cadmium rcduction .,ias in cases
reversible. The componition and th;o inntibilitly
constants of the complexes formed w,_-,re dotermdlned
accordin.- to the oame methods as -,.-tionod i,.,:
card 2/4 once 1. In tile 201/'fo alcohol solut

PolaroGraphic Investigation of the Halogen Complexes SOV/153-50-2-7/30
of Cadmium in Mixed Solvents. Communication II. Ethanol-Water
bromides) and in the 45% solution (also for chlorides)
the following complexes were found; CdCl+ CdCl
+ 21
CdBr and CdBr 2' In alcohol solutions with higher
concentrations only the complexes CdCl 2 and CdBr2
occurred. The same complexes as in aqueous solutions
were found for iodide complexes of cadmium in a 200%
alcohol solution (Ref 1), i.e. with coordination
numbers from 1 to 4- With the increase of the alcohol
content the equilibrium was displaced in the direction
of the coordination saturated complexes. Already in a
65% alcohol solution the complex CdJ2- dominated
within the rhole concentration r_@npe4investijated.
Prom the comparison of the methanol solutions it may
be seen that ethanol additions influence the equilibrium
displacement of the complexes to a much higher deOrce
than methanol additions. The values of the instability
constant decrease with the increase of the alcohol
content in the solutions. Between -lo- K and 1/D
Card 3/4 exists a linear dependence for the complexes investigated.

Polarographic Investigation of the Halogen Complexes SOV/153-58-2-7/30
of Cadmium in Mixed Solvents. Communication II.*Ethanol-Water
It was proved that the increase-of the influence of the
alcohol additions of the chanGes of the instability,
constant with the increase of the coordination
number is bound to the stepwise character of the
dissociation of complexes. There are 4 figures, 5
tables, and 9 references, 7 of which are Sovict.
ASSOCIATION: Kiyevskiy politelchnicheskiy institut (Kiyev Polytec'.1inical
Institute) Kafedra fizicheskoy i kolloidnoy khimii
(Chair of Physical and Colloid Chemistry)
SUBMITTED: September 23,, 1957
Card 4/4

KHOTSYANGVSKII, 0111
Polarographle study of water-propanal solutions. Zhur.neorg.khim.
7 no*2:390-393 F 162. (KM 1593)
(Cadmium) (Polarography) (Propyl alcohol)

KHOTSYANMRITp 9AL
Polarographic behavior of cadmium and lead ions in aqueous
solutions of acetic acid. Ukr,,khim,zhuro 28 no.9:1107-1110
162" (KMA 15:12)
1. Kiyevskiy politekhnicheekiy institut.
(Cad-iln-Analysis) (Lead-Analysis)
(Polarographyl

KI!CrTT.-J, G. I.
,j of comp-,rison n 41rac-ing or i
MOM,, G. I.: "Problems in the prychrilofn i , f e Fn
languagc,s in -the fifth and sixth classes of sccondr.,vy schor'l." Yoscow, 1955.
Moscow City Pedagogical Inst imeni V. ". Potemkin. (Dissertation for the
Degree of Gandidato of Pedagol7leal Sciences)
SO: KnizbnayA Leto7pis' 11o. 46, 12 'November 1955. Moscow.

XLYMMUKOV, A.I., kandidat sellskokhozyaystyeanykh nauk; IHOTULIV, M.I.;
Inshoner-, DZYUBW. A.P.. agronom. --
Readto of testing castor losan Mollers. Sellkhousshins. no.12:
4-7 D 155. (KM 9:3)
(Agricultural mchinery)

V@ r'.
AID P - 1596
Subject USSRAlectricity
Card 1/2 Pub. 27 - 5/27
Authors : Druzhinin, N. N., Kand. of Tech. Sci., and
Khotulev, V. K., Eng.
Title : Methods of calculation of the electric drives of loop-
holders of thin-sheet rolling mills
Periodical : Elektrichestvo, 3, 22-27, Mr 1955
Abstract The author describes an analytical and experimental study
made with thin-sheet hot rolling at one of the steel,
mills of the USSR. Earlier approaches to the problem
as if it were a static one resulted in confusion. The
author studies the problem as a dynamic one, and takes
into consideration the relation-between the forward flow
of the metal and its pull. The solution of the equation
of motion disclosed that the inclusion of the loop-holder
on a tight driving belt leads to the formation of L loop.
The results of the analysis of the drive permit establish-
ing a method of calculation and of selection of the

AID P - 1596
Elektrichestvo, 3, 22-27, Mr 1955
Card 2/2 Pub. 27 - 5/27
electric drive. A short numerical example follows.
Three diagrams, 3 Russian references (1948 - 1953)
Institution: Central Scientific Research Institute of Technology and
Machine Building
Submitted D 7, 1954

U 4- E V) \J, K,
AID F - 3247
Subject WSR/Eleotricity
Card 1/2 Pub. 27 - 2/25 -
Authors : Druzhininv N. N., Kand. Teoh. Sol.$ Dotsent, and V. K. Xhotulsvt
Erg.p *-saowr ------
Title s llrob'-Lams of dynamlo drop of motor speed in o,.)ntinuouB rolling
m3.118
Periodical : ElBk-trichei5tv,.),, 9, 8-14.9 S 1955
Abstract i The authc--a analyze the problems arising during the transient.
period, when the speed drop in a oontinuous rolling mill may
ex,.-Gede the steady-state speed drop. In extreme cases,, several
oscillations in speed may occur between stands with the result
of "ballooning" or "stretching" the product. The authors
analyze phenomena ocomTing in the transient period in order to
find relations between mechanic (dynamic and static) and electrical
characteristics. This enables them to select the type of electric
drive of the rolling mill. Analytical calculations are favorably
compared with experimental data obtained from tests. The authors

AID P - 3247
I Blektricbestvot 9,9 S-U,@ 8 M
Card 2/2 PUb. 27 - 2/25
cowlWo that the We of speed drives in more efficient from the
point of viev of the impact speed drop. Seven diagramel, 5
referenoss 3.949-1954t 4 Soviet.
Institution- I Nons
Submitted i a 3j, 1955

SOV/ 137-57-6-9905
Translation from: Referativnyy zhurnal, Metallurgiya, 1957, Nr 6. p 84 (USSR)
AUTHORS: Druzhinin, N.N., Khotulev
ti@@
TITLE: An Investigation of the Electric Drive for Thin Strip Mill Loop Re-
peaters (Issledovaniye elektroprivoda. petlederzhateley tonkolisto-
vykh stanov)
PERIODICAL: V sb.: Prokatnyye stany. Nr 7. Moscow, Mashgiz, 1956, pp 5-17
ABSTRACT: In continuous hot rolling, when the rnetal being rolled is passing
simultaneously through a number of stands (S), tensile or compres-
sive stresses may develop in the section between S due to changes
in a number of production and electrical parameters both in tran-
sient and in steady conditions. To prevent ary tangling up of the
loop forming between the S of thin strip mills, Vtower-type] loop
L
repeaters (L) are provided. The L drive is Usually provided by
electric motors or compressed-air cylinders. As a result of invest-
igations of the rolling process in. the finishing group of S of the 1450
thin strip mill of the Magnitogorsk Metallurgical Kombinat, the fol-
lowing may be deemed to be established. 1. The moment of the L
Card 1/2 motor does not determine the tension on the strip under steady

SOV/137-57-6-9905
An Investigation of the Electric Drive for Thin Strip Mill Loop Repeaters
conditions. The tension on the strip in rolling both with and without L is deter-
mined by the ratio between the speeds of the S motors. 2. At it given L-11-totor
torque the height to which it rises depends upon the tersion on the strip: the
greater the tension, the less the rise of the L. Thus, the L may be used as a
tension indicator. 3. A loop of strip may form when the L @s turned on as a result
of the force it brings to bear upon the strip. THs type of loop should be called a
"forced loop", as distinct from the free loop formed by the effect upon the rate of
rotation of the motors of the adjacent S. 4. The tontinuous rolling process with
forced loops at low tensions may be employed or, other types of continuous mills,
e.g., in the rolling of merchant bars. The presence of an L using a forced loop
as ari indicator of the tension makes it possible to automate the process. In this
case, the impulse produced as a function of the angle ol rotation of the L has to
act upon the S drive system.
B.Ye.
Card 2/2

I
it , I-,-
( I LC r. ., & ,t \ .
DRUZHININ, N.N., kandidat takhnicheakikh nauk; KHOTULKY, T.K., inzhener,
Investigating the electric drive of coil holders for strip rolling
mills. LTrudyJ TSNIIMASR no.80:5-17 156'. (KLRA 10:1)
(Rolling will@--Bleetric driving)

(
U
/ z ' G I') I @ K.
DRUZHININ, M.N., kandidat takhnicheakikh nauk;,KHOTULLFV-,, V.K., inzhener.
Theoretical and expertmetnal investigation of rapid deceleration
In the functioning of rolling mill mators..Cfrudy] TSINTRASS
no.80:18-34 136* (MM 10: 1)
(i:11bg mHU-Slectric drivigg)
(Bleetric motors)

DRUZHININ, N.N., kandidat tekhnicheskikh nauk- KHOTULIT, T.K.0 inshener.
BXpertmental investigation of power used for hot and cold rolling on
contibuous rolling mills. [Trudy] TSN112WH no.80:130-145 '56.
(Rolling (Metalwork)@-Ilectric driving) (NIaA 10:1)

DRUZHININ.0 N.N... doktor tekhn. nauk; KALININ, V.P., kand. tekhn. nauk;
I@H@TULEV, V.K., inzh.
Selection of rolling methods on continuous section mills.
Stall 24 no.8:729 Ag "64. . (MIRA 17:9)
1. Veenoyuznyy nauchno-issledovatellskiy i proyektno-
konstruktorskiy institut metallurgichaskogo wishinostroveniva.
i

lHOTULEV,-
V.V.; SAPOZHNIKOVY A,S@ I
Experience in the manufacture of nonstandardized equipment in the
Ilechanical repair abops of enterprises., Der.prom. 10 no.902-34 S
163.. (MIM 14: 10)
1. Mookovskiy mebellno-aborochnyy kombinat No.29
(Mosoo-w-Purniture industry-Equipment and supplies)

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located l"v%%inx through a %-114W utill, without change &4
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-@@'W&Wprooft- of, fuel; ore, or other briquets. A. E,
KWudtsev and L., L. Khotuntsev.. U.S,S.P. 104,023.
Mt. 25, 1056i petiotittum or
arlhdr*emulgousof the water
W-oft inr oil-ta-watcr type. - The'ktrbUftamov jmraffiai 1;
"'Wed as a nslri. In et retroleutu VrMuct or as 4 product (if
sMid-fuel coamston. Tbe cffectlverw-@s of the tre-mmmi k
iniprayed by acidn. of up to 10% "- in or up to Al nzipli-

*@Zzcs caw
V@ V, lam4dH
1.1d. Jr=- oil
StWe an cc at ambknt tmps, aad at 100,
fuct WAA ach
r-aftEp, =L3. the.
of exccm ttudtr tb",
bustion was-mupkie. ykkikig 1R.WO" kc3l./cuati-hr.
4it of tile Aid
@Muqcd by unad dze ciuctuloit =s (1-t,5 rt@tn. hk disin.)
s44.thefr utktvcrV&mic;a% ia
Minov.

TIN 0 oTuAl T-SE t15
USSR/Chemical Technology Chemical Products and Their 1-8
Application. Treatment of Natural Gases and Petroleum.
Motor and Jet Fuels. Lubricants.
Abs Jour Ref Zhur - Khimiya, No 1, 1958, 2583
Author Ivanov, V.M., Kantorovich, B.V., Rapiovets, L.S.,
Khotunt@e@
Tnst Academy of Sciences USSR
Title Fuel Emulsions for Combustion and Gasification.
Orig Pub -Vestn. AN SSSR, 1957,@No 5, 56-59
Abstract In a labors;tory'combustion chamber, with an"air-excess co-
.efficient 6-@- 1.0; 1.1; 1.2; 1-5 and 2.0) combustion
was Icarried out of stable water emulsions of highly vis-
cous fuels, of the "water - oil" type) produced in a high-
speed disperser of the Khotuntsev-Pushkin design. Emul-
sions fed into the combustion chamber were preheated:
Card 1/3
tw- turs, a
form and intensive combustion is attained, with a high
degree of completeness of the combustion, using a minimal
coefficient of air-excess. Observations were made of the
behavior of individual drops of different liquids (kerose-
ne) kerosene emulsion) water-mazut emulsion) on #@@- des-
-cent into stationary air heated at 600-7000. The occuren-
ce of a "Micro-explision" was noted) which decreases the
dimensions of the drops, contributes to increased rate of
Card 2/3

USSR/Chemical Technology - Chemical Products and Their 1-8
Application. Treatment of Natural Gases and Petroleum.
Motor and Jet Fuela. Lubricants.
Abu Jour -. Hot Zhur - KhImiya, No 1, 1958, 2503
evaporation and ensures more intensive mixing of fuel
vapor and air. A diagram and description of the dis-
perser are included and the domains of utilization of
the emulsions are enumerated.
Card 3/3

3. /
AUTHORS: Makhalov, P. N. and Khotuntsev, L. L 55-58-7-5/12
TITLE: Thermochemioal Method for Obtaifiin@ Briquettes and
Coke Briquettes from Goals and Schists with Small
Tendencies to Clinkering. (Termokhixicheskiymetod
polucheniya briketo-v i koksobriketov iz slabospekayu-
shchikhsya ugley i shikht).
PERIODICAL: Rhimiya-i Tekhnolo iya Topliv i Masel, 1958, Nr.7.
V
- pp. 29 - 35. (USSR
ABSTRACT: A method for introducing binding substances In the vapour
phase into the briquetting material and their subsequent
condensation on the surface of the coal particles is dis-
cussed (Ref.1). This is achieved by plasticising the
coal mass by treating the same before pressing with hot
tar-containing gases. The vaporous tar substances are
distributed evenly in the briquetting material, and the
high-boiling fractions ofcoal tar interact physically and
mechanically with th
e coal substances. Consumption of
'
the binding substances can@ therefore, be lowered, and
lower pressures applied during the pressing of briquetting
materials. A method and an apparatus for making briquettes
under laboratory conditions are given tFigl). Table 1
Card 1/2 shows the characteristics of the tested coals; Table 2

SOVI 65-513-7-5/12
Thermochemical Methods for Obtaining Briquettes and Coke Briquettea
from Coals and Sohists with Small Tendencies to Clinkering.
results of the first series of experiments. The influence
of various technological parameters on the mechanical
strength of the briquettes was irr@restigated (i.e. the
concentration of the tar substances in the vapo u r
phase, the final temperature of plasticisation of the
coal massv of pressures during pressing etc -,Figs. 2,
3 and Table 3). Coke briquettes were made from coal Yrith
small tendency to clinkering. The lay-out of an indust-
rial plant for making these coal briquettes from coals
and schists is described (Fig.4). For plasticising the
coal masses before pressing tho sam% volatile products
obtained during the coking uf briquettes were used, and
in this way part of the heat of the direct colce gases
could be used effectively. Table 6: physico.-3hemical
properties of coke briquettes. The authors also give
a cost'estimate for the process (Table 7). There are 7
Tables, 4 Figures and 5 Soviet References.
ASSOCIATION: IGI AN SSSR.
1. Coal--Proces sing 2. Fuels--Production 3, Coke--Physica-i
Card 2/2 properties 4. Coke--Chemical properties

AVRXMZM, V.I., Insh,; EWTUNTSW, L.L., lmnd.tekbn.nauk
Incressirg water-r"alstance of peat briquets, Torf.prom- 35 no-8:
?O-Pl 1 58, OCRA M12)
1, Inst1tut pryuchlith Iskopoyearkh AN SSSR.
(p6&t) -

tj
Aj
mial
Z
To
sit A
613
' tl'i
-----------

-I S iL L-
LTSINHINA, Aleksandra Tvanovna, starshiy nauchnyy sotrudnik; FZBINM,
P.A., skademiki retsensent; SM-SMINA, N.M.. kand.khim.
nauk, stershly nauchnyy notradnik, rateensent,, 36*Leg
kand.takhn,nauk, starshly nauchnyy sotrudnik, red.;
H.S., red.izd-va; DONSKATA, G.D., tekhn,red.
[Surface activating additives for Increasing water-radeting
properties of pavements made with bitumens and tars] Poverkh-
nostnoaktivnyo dobavki dlia povyshaniia vodoustoichivostl
dorozhnykh pokrytil a primenenism bitumoy I dogtal. Koskva,
Hauchno-takhnAzd-vo X-va avtomobillnogo transp. I shosseinykh
dorog RSM, 1959. 232 p. (MMA 13:2)
(Pavements, Bituminous)

SOV/65-59-7-2/12
AUTHORS: Makhalovq P.N., Nikitin, X.G., and Khotuntsev, L.L.
TITLE: Influence of Bitumen Content on the Hot R_r_en__g_tff_o_f__
Brown-Coal Briquettes Miyaniye soderzhaniya bitumov
na termoustoychivost' burougoli-Inykh briketov)
PERIODICAL: 1(himiya i tekhnologiya. topliv i masol, 1959, Nr 7,
pp 3-7 (USSR)
ABSTRACT: In their work the authors used Khristoforov coal dried
to 11+% residual moisture and ground to 0-1 mm. By
extraction with dichloroethane in a large laboratory-
scale apparatus (Ref 5) batches with nominal bitumen
contents of 11, 6.87 3.25 and 0% were prepared. From
each batch ten 120-g briquettes were made, three of
which were used for mechanical and seven for heat-
resistance tests. For briquetting the authors used a
60-tonne press giving a briquetting pressure of
1500 kg/cmP-. For hot-strength tests a procedure
described by Warner In 1935 (Ref 8) was used. In this
a briquette (Fig 1) is burnt under load under carefully
controlled conditions, (with observation) (Fig 2).
Card 1/2 The heat-resisting index being the time from the start
of combustion to briquette failure. The hot strength

SOV/65-59-7-2/12
Influence of Bitumen Content on the Hot Strength of Brown-Coal
Briquettes
was found to rise with decreasing bitumen contents
(Table). The compression strength briquettes were
230-275 kg/cm2, this property having no effect on hot
strength.
There are 2 figures, 1 table and 8 references, 4 of
which are Soviet and L@ German.
ASSOCIATION: IGI AN SSSR (AS USSR)
Card 2/2

IVANOV, T.M.; KAYMROVICH, B.T.; RAPIOVETS, L.L. _
Utilization of heavy petroleum residues aiA.tare in the form of
fuel emulsions for burning and gasification."-Trudy IGI 11:156-168
'59. (MIRA 13:6)
(Petroleum as fuel) (Coal tar) (Smulsions)

IVANOV, V.K., kand, tekhn. nauk; KANCROVICK, B.T., doktor takhn. nank;
RAPIOTM.T. L.S.. inxh.: IRDfMSZVp L.L.. kand. tekhn. nauk "
Water-soaked peat tar*'** fr-on gas producers used an fuel. Torf.. prom.
36 no,7;30-32 '59. (MM 13:3)
101natitut, goryuchikh IskDpayewykh AN SSSR.
(Peat) MO (Awl)

KwTUNTSEV,v Lo L., Dr. Tech Sci - (dies) "Use of disperse systems in the
(Kalinina Peat
oil refining PrOcOssesl* VQBCvw# 196o, 32 ppt 150 COP-
Institute) (KL9 45-60,, M)

---- oontiy LOOnt'YOVIch; DKITRITBV. S.A., kand.takhn.neuk. oty.
KHOTMITSW,j
red.; 1!36 TAVBJMA9 L.A.. takhn.red.-
[Physical and chemical phenomena occurring during the briquetting
of solid ruels) Fisiko-khimicheskie iavleniia v proteaseakh
briketirovaniis tverdogo topliva. Moskva, Izd-vo Akad.nauk SM,
1960. 146 p. (MIRA 13:10)
(Briquate (Fuel))

KHOTIJNTSEV, L.L.; POPOV, V.L.; VOLKOVO G.M.
now types of binding material, for the briquetting of fine coals@
Ugoll 35 no. 4:51-55 Ap 160. (MIRA 14-.4)
(BrLquets (Fuel)) (Binding materials)

ETKIN, Valentin Semenovich; GERSHENZOn, YeVgeLiy Mikhaylovich.
Prinimall, uchastiye LAVUT, A P.; LYUBB-IOVA, T.F.; SOINA,
N.V. g;K9H=. L-, ROZHKOVA, G.I.; MvAIOVA, Ye,S.;
V
P
STRU A.; r tftN, A.N.0 retsenzent; ARONOV, V.L.,
retsenzent; MASHAROVA, V.G., red.
(Superhigh-frequency parametric systems using semiconductor
diodes] Parametricheskie sistemy SVCh ria poluprovodnikovykh
diodakh. Moskvaq Sovetakoe radio, 1964. 351 P.
(M IRA 17: 11)

EVIVIVEWA(h)
ACC Nit, X%15004739 Monograph UP/
Vasillyey., V. N Slobodegn!hg G.- I.; fonov, V.,I*,; Khatuntsev, YU.,L.,
Regenerative semiconductor parame tric awlifieral,5some problems of theory and design
(Regenerativnyye poluprovodnikaMe parametricheskiye usiliteli; nekotoryye voprosy
teorii i rascheta) Moscow,, Xzd_VO "Govetskoye.rafto"p 1965. .447 p. Muse,. biblioe
Errata slip inserted, 10j,@W copies printed..
TOPIC TAGS: parametric amplifierp solid state amplifierp millimeter wave aMlIfier$.
amplifier design
RMPOSE AND COMME: The,book contains tbetheory of regenerative semiconductor
parametric amplifiers, developed an the basis of the theory of linear networks, and
is intended for-scientific and engineering-technical workers engaged in the investi-..
gation and development of parametric systems, and also for students in higher Institu-
tions of learning as a text for the course on "Theoretical Principles of Radio Engi-
neering." The subjects covered are the various amplifier parameters., different meth-
ods of tuning parametric amplifiers, stability of the phase and frequency character-
istics of a parainetric emplifierp the operating features of multifrequency parametric'
-amplifiers.. and questions involved in the electrodynamic calculations and the choice/-'
of the amplifier paramet(wee- The book contains in the form of appendices some addi-
tional data and calculations dealing with particular problems touched upon In the
main text. Cho. I,# VIp and VIX and Bees. I and 2 of Ch. IJEp Seca. 1. 3., and 4 of
Ch. My and Appendices Ip IV# and V were written by Ge lo'slobodemWuk; Ch. IV# Seese
2 and 5 of 'Ch. in, Beese Ip 2p aW of Cho Vp and Appendicesnp nip and'VX were
COM 312 VDC: 621.3D 993

-.L 25554-66,
ACC NRo AMSOa739
-written by YU, L. Khotuntseyj 866i 3 of Ch-. III and-Sec. of Ch. V v wrIften rjolnt-;
, @ @ di-
jj by * G.-'I.' Sloboderquk* and YU.''Lo Xbotuntsevi VW was written by V., I. Triton6v4p
6. it. IV" -iil@ .
and Chi_._1X.,_ X,07" XI were ;wAtiei"bj.V J.1 V,
TABLE OF COMEM fabriagealll
Introduction -
Principal symbolA
Indices - - 12i
Ch. I. Principles of theory of parametric amplifiers 13
Ch. 11. Intrinsic equivalent noise teoperature of parametric aaWlifiers - 32.
Ch. III,, Bandwidth of parametric amplifiers -,- 50
Ch. IV. Broadening of the bandwidth of parametric amplifiers - - 85
Ch. Ve Tuning of parametric amplifisis - *, 136
Ch. VI., Instability of phase-frequency'and amplitude frequency characteristics of,
parametric amplifiers - -167
Ch. VII. Some methods for increasing the stability of the characteristics of para-
metric. amplifiers 208
Ch. VIII. Multifrequency parametric amplifiers - 240
@-Ch. IX. Electrodynamic problems comated with- the development, - of coaxial-waveguide
parametric amplifters -'.0 282
Ch. 21. Waveguide-coaxial constructions for single-loop parametric amplifiers 56341
Ch.., XI6 Waveguide-coaxial,,constructions for two-loop parametric amplifie*rs 71-'
Appendices - -420
Literature,
"2
Card:, @.2
11U@,ftjd CCMEj_:,,O91,,,,,",SUB"ATEt. -4.T=65/ __j

L 63073-65 ELC(b)-2/ UWA 1--/Pj -1j/P1-h/1Fm-h/Feb
'bN NR: AP5013343
_W=ESS`f UR/0109/65/010/005/0898/0902
621.378.5
UTHOMS b;'
Y
to, d
4VT
-7:
TITLE: Par ametrtc',-aziiklifi-e_k '6@._'ang by controlling- d
thebiai an purnping::'
e
amplitude of the diod
J!,
'10"
SOURCE: Radiotekhaika.i elektronika'@V. no. 5, 1965, 898-902
1 TOPIC TAGS: parametri amplifier, parametric amplifier tuning
ABSTRACT: The tuning -of a pararn6triv aniplifter (or converter) by controlli 9
n
the capacitance and modulation factorof the parametric diode, with a fixed
PU M-P ing frequency, is theoretically considered. The amplifier gain formula
given by L. Blackwell and K. Kotzebue ("Semiconductor -diode parametric
amplifiers, " NY, 1961) is used, no input filter is assumed. The formulas for the!
tuning range are tested in the cases of alloy and diffused diodes having typicall
@paraaneters, and it ie found that a two-circuit amplifier or a regenerative
converter can be .tuned within 1076 ofthe signaa frequency without changing the
:pumping frequency. Orig. art.- hist :29 formulas.
71

I I fr-
@ I Card 2 /Z
.I @. -1 , -ll@-
II .. F:: I
" I @ I - - :
-t:. '71 .:., ', I

@L 5143-66 EWT(d)/EWT(l)/EWA-(h).-
'"RCESSION NRt AP5026910 UR/0109/65/010/010/1907/1909
621-375-933-029.65
AUTHOR: Berlin A S Vizell A A.; Vystavkin, A. N..; Popov, Ye. I.;
Khotuntsey, iyilt 1):
TITLE- Parametric amplification iD the 8-mm band
e t r o ":k'
BOURCE; Radiotekhnika i lek ni a, v, 10, no. lot 19659 1907-1909
TOPIC TAGS:- parametric amplification, millimeter wavea
tABSTRAGT: In recently publAshedartioles (Bo G, DeLoachs Proo. 3M, 1963t 51P 8P
1153 and others) on millimeter-band semiconductor amplifiers, no characteristics
have been reported. The present article describes the design and characteristics
of and indicates an application for an 8-mm-band parametric amplifier. Goaxial-
design epitaxial germanium diodes with 0.04-0-08-Pf capacitance and 3--5-V
@reverse voltage were used in most experimentsl critical frequency at a bias of
.-3 v was 280-43o ac. The diodes operated as amplifiers at a low pumping power and
ian operating-point bias of 0.5-2 v. The diodes were tested within -60+ 85C; up to
+60(; the leakage current at -l'-5 v was 1 pamp or less. The new- diades- were tested
in a single-cavlty 8-mm parametric amplifier (see Fig. :1 of Enclosure). -The signal is
applied v@@ a tapered waveguide. matching unit 1. Behind the diode 4, a short-T
circuiting section 2 is arranged whose length equals an,odd h@mber* of - j
Car4 I

14 o Ty A C F, 41. 47-56-2-30/30
AUTHORSs Los,, G.A.; Khotyachuk, F.M.; Chupik, I.P.; Akopyan, A.
TITLE. Chronicle of School Work (Khronika raboty shkol)
PERIODICALt Fizika v Shkole, 1958, Nr 2, p 96 (USSR)
ABSTRACT: 1) Pupils of the High School in Shurovehiki, Izyaslav region,
Khmellnitskiy Oblast', always co-operated with kolkhozes. They
helped them in gathering crops, and the kolkhozes helped them
in buying a power plant of 12 kw.
2) Pupils of 9th and 10th classes of tho High School in Stavro-
pol?-Kavkazskiy organized a reunion consecrated to new achieve-
ments in the fields of science and engineering.
3) During the past years the High School in Balludzhin, in the
Azerbaydzhan SSR, bought more than 10,000 rubles worth of
instruments and also received a wind operated electric power
plant.
AVAILABLE: Library of Congress
Card 1/1 1. Group dynamics-USM 2. Education-USSR
USCOM-DC-54749

KHCTYAINTSNV, N.P.
Decade generator for measuring infrasonic and sonic frequencies.
Avtomatyka no.2:91-93 136* Oam 9:M)
I.Instltut budivellnol mekhanIkI AkRdemli nmuk Um.
(Frequency measurmenti)(Sound,;.-Keasuremeht)

11HOffAMBIK, W.P.
__ __._ 6*@@r
instrument for measuring Impact overloads. Avtoentylm no.2:94-95
056. (NW 9: 10)
1.1natitut budivellnot mekhaniki Akademli nauk URSR.
(Measuring Instruments) (Impact-Keasurement)

8741d4
(3,zo /of Sl 116 2-)
S/12-3/6o/000/024/0 12/0 14
A005/AO01
Translation from: Referativnyy zhurnal, Mashinostroyenlye, 196o, No. 24, p. 259,
# 133958
AUTHOR; Nhotyaintsev, N.P.
TITLE: A Method for Increasing the Measurement-Generator Accuracy and New
Makes of These Devices
PERIODICAL: Inform. materialy. In-t stroit. mekhan. AN UkrSSR, 1959, No. 11,
pp. 18-24
TEXT: The author describes a method for increasing the accuracy of measure-
ment-gener@ators and makes of these devices developed in the Institut stroit-=l'noy
mekhaniki AN UkrSSR (Institute of Construction Mechanics of the Academy of Sciences
of the Ukrainian SSR). For increasing the accuracy and the stability of tuning to
the various frequencies in the subsonic and sonic frequency ranges, the tuning is
performed discretely according to the decimal principle. 'The generator of sine-
shaped alternating voltage of the P 46-1 (R46-1)-make with a three-digit decimal
capacitor system of tuning is calculated for the frequency range from 0.1 to
Card 1/2 11@(

87Wd4
S/123/60/000/024/012/014
A005/AO01
A Method for Inereasing-the-Measurement-Generator Accuracy and New Makes of These
Devices
10,000 cps and 5 w output. In the generator of the R46-2 make which iz modernized
by the use of the decimal capacitor tuning system and.a three-digit digital fre-
quency indicator, a continuous frequency control within the limits of 1% and ex-
citation-range adjusters for the various frequencies were added. The voltage
change limits at the output are 0 - 150 v; the maximum power is 4 w; the overall
dimensions are 320 x 235 x 300 mm; the weight is 14.7 kg. In generators R46-3
and R46-4, the decimal capacitor systems are replaced by decimal systems wi 4,h
highly-stable resistances to increase the accuracy.
B.Yu.B.
Translator's note- This is the full translation of the original Russian abstract.
Card 2/2

.?or oconory and careful ties of matori&13. Sov.profsoiuzy 5 no.7:28-32
J1 '57. (MI.Rh 10:8)
I.Predse,latel'koniteta profsoyuza Moskovskogo savoda avtotraktornogo
elektrooborudovaniya (for Arkhipov). 2.16challnik planovago, otdsla
Moskovskogo zavoda avtotraktornogo slaktrooborudovanlya (for Khotyekov)
(I-Ioncow-Slectric machinery industry)

'39 -'4!F _;A
T .4
KIRPICHNYA, 'Ir6ida Konstantinovna; BSUOV, N.p., prof., red.; XHOTYAKOT, Yaj.
red.
(Bibliographical aids for research work; a practical reference book]
Bibliografiia v pomoshchl nauchnoi rabote: metodicheakoe i spravochnoe
posobie. Pod red. P.H.Berkova. lieningrad, Gospulb. biblioteks im.
M-1.5altykova-Shchedrins. 1958. 480 p. (MIRA 1193)
(Bibliography)
. ........ - ----- ------ - ---- --
W/ _@ijX6
ACC NR: AP7009128 SOURCE CODE: 0 7/000/003/0117
INVENTOR: Khotyaintsev, N. P.; Loshak, M. G.; Korsakevich, N. I.
10RG: None
'TITLE: An installation for impact fatigue testing. Class 42, No. 191187 [azinounced the
by
Ithe Ukrainian "Order of the Red Banner of Labor" Scientific Research Institute for
I
iDesign and Technology of Superhard Synthetic Materials and.Tools (Ukrainskiy ordena,
ITrudovogo Krasnogo Znazaeni nauchno-issledovatellskiy konstruktorsko-tekhnologicheskiy
linstitut materialov i instrumenta)]
SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki, no. 3, 1967, 117
TOpIC TAGS: test facility, fatigue test, impact test, electric measuring instrument
ABSTRACT: This Author's Certificate -introduces a fatigue testing installation which
contains an electromagnet with an armature, a block on which this armatuare acts and a
specimen holder. Test productivity is increased and impact duration is controlled by
mounting the armature on an elastic suspension and connecting the electromagnet to a
source of alternating current with a frequency equal to that of the mechanical system
formed by the mass of.the armature and the rigidity of the suspension. A flat spring
connects the armature to the striking block.
Card 1/2
uDc; 620.178-353

kCC NR, AP T60-9 @ff 8-
Jr
lastic suspension; 2--aZmature; 3--electromagnet; 4-source of alternatin*g
current; 5--flat spring; 6-striking block
ISUB CODE: 09, 13, 14/ 9UBm DATE-
27Nov64
L.!:grd 2Z2

BELYANKBI, Fedor Pavlovich, akademik; IWASIMOp Sergey Vasillyevich,
doktor tekhn. nauk; KHOTYANITSEV, flikolay Pavlovich, starshiy
nauchnyy sotr.,- MOiN-IIM7F,-Ti-va Abramovna, vedushchiy inzh.;
RADZIYEVSKIY,, Vadim Antonovich,, vedushchiv inzho; VASILEVSKAYAP
Zoya Ivanovna, vedusbchiy inzh.; MAYGORt D.A., doktor tekhn,,
nauk, otv. red.; KISINA, I.V.p red. izd-va; IJEEMM, T.R.p
tekhn. red.
[The R-50 universal vibratory testing unit] UniveraallnMa
vibratsionnaia ispytatelinaia ustanovka R-50. Kiev, Imd-vo
Akad. nauk USM, 1961. 114, p. (MIRA 15:2)
1. Akademiya nauk IISSR (for Belyankin).,
(Testing maWdmea)

YAKOVUW,N.N.; KHOTTANOVA,G.B., redaktor; KANINA,N.P., takhnichookly
redaktor PAWN,
[Sketches on the blochmistry of sports) Ocharki po blokhtall
sport&. K.oakwa, GosAsd-vo "Fiskalltura I sport,m 1955. 263 P.
(Sports) (BlochemlitiO (NMA 9: 1)

ZIMKIN. Nikolay Vaaillyevich; KHOrTANOTA, G.B., redakt-",- SHALYGINA, G.A.,
takhnichookiy redaktor ..... M.
Eftsiological aspects of strength. speed, ad endurance; siatches]
Fislologichookele khorekt*rtstflm oily. bystroty i vynoolivosti:
ocharld, Nosicia, Go@. lzd-vo 071skullturs i sport,$ 1956. 205 p.
(PHYSICAL ADUCATION AND MINING) (NLU 10:1)

r. doktor meditainakikh nauk. rodaktor; (IIPPIN-
RRYTIR. B.S., -r-Inent kandidat maditsinakikh nauk, redaktor;
KHOTTANOTA G.B., redaktor; DOTSINKO, A.A., tekboicheskiy redaktor
[Human -lk 4 1 Fisiologila cheloveks. Pod obshchel red. N.V.
1=6 S"L;"
Timofeeva Gippenreitera (2 chast'). Moskva, Goo.
Isd-vo "FiskulLIMS I sport." 1956. 391 p. (NLU 10:2)
Ell

ZMXOV, Te.K., prof.. doktor biolog.nauk, obahchiy red. - KHOTTANOT, G.B.,
red.; DOMNKO. A.A., tekhn.red.
(Humn physiology] Fisiolog'iia cholovsks. Izd.2. Moskva. Goo.
izd-vo Vizkulltura i sport," 1959. 606 p. (KIRA 13:4)
(PHYSIOLOGY)

SARKIZOV-S]IRAZINI, Ivan Mikhaylovi-oh, prof.; INSHIN, Dmitri7 Yotiyevich,
doteent; KHOTYAN07A, G B., red.; YJIMISOVA, T.D., tekhn.red.
(Kedical control and exercise therapy] Vracbebnyi kontroll I
lechobnaia fiskalltura. Kookva, Izd-vo *Yizkulltura I sport,"
1961. 287 P. (MIRA 15:2)
(IMCISS THXRAFT) (NASSAGN)

BIRYUKOVA, Zinaida Ivanovna;.KfIOT kNOVI,-L-B., red.; FEKLISOVA, T.D.,
tekhn. red.
(Nervous system and sports]Nervnaia sistema i sport. Moskva.,
Fizkulltura i sport, 1962. 39 P. (MIRA 16:2)
(NERVOUS SYSTEM) (H)VEMENT, MYCHOLOGY OF) (ATHLETES)

LETUNOV, S.P., prof.; KHOTYANOVA, G.B., red.
(Research methodology in sports medicine; a collection df
transactions of institutes of physical culture] Metody is-
sledovanii. v sportivnoi meditsine; sbornik trudov inst-Itu-
tov fizicheskoi kulitury. Moskvap Fizkulltura i sport,
1963. 292 ps (MIRA 17:11)
1. Zaveduyushchiy sektorom sportivnoy meditsiny Goswarstven-
nogo tsentrallnogo nauchno-issledovatellskogo instituta fizi-
cheskoy kulltury (for Letunov).

KOROUOV, Anatoliy Vitallyevich, doktor med. nauk, prof.; SHKURDODA,
Vladimir Antonovich, kand. pedag. nauk starshly nauchnyy sotrudaik;
TAX0VXXV,.W1kolsy Nikolayeviab# doktor biolog, nauk,, prof.;
YAKOVIEVA,, Yelena Sergeyevna, kand. b1olog, nauk, starshly nauchilyy
motrudnik; KHOTYANOVA,_G.B., red.; MANINA, M.P., tekhn. red.
(Physical educatioa for persons of varidue ages) biological
fandamentals] Fisicheskaia kulltura liudei raznogo vosrastal
biologicheakie onnovy. Pod red. A.V.Korobkova. Moskva, Izd-vo
"Nulltura i spo;rt." 1962. 370 p. (MIRA 16:6)
(PHYSICAL EDUCATION AND TRAINING)

CHEREVKOV, M.A.; _MEYANOI , j-!.
red. __, red.; DOTSENKO, A.A., tekhn.
(Will, couraget friendship; a book on physical culture
for high-school students] Volia, smelost', druzhba; kniga
o fizicheskoi kullture dlia uchashchikhoia srednego shkoll-
nogo vozrasta. Moskva, Fizkulltura i sport, 1963. 294 p.
(MIRA 17:2)

KHDTYANOVI:C,H A V
Sow characteristics of metabolism in pine roots as related to the
degree of soil aeration. Fisiol.rant. 5 no.5:455-457 S-0 158.
(fGRA 11:11)
1. Lesotakhntcheskaya, Almdenlys. iment S.M. 11rova. Leningrad.
(Soil isration) (Pine) (Roots (Botany))

IN
MV
ii I 1 11 fix I

KHOT AROVIGH, A.V.
ly
Changes in the optical properties of leaves of the oak Quercus
rubra L. caused by gibberellic acid. Bote zhur- 46 no.1:131-132
ja 163., (14IRA 24:3)
1. Voesoyuznyy nauchno-issledovatellskiy institut zashchity
rasteniyv Leningrad.
(Gibberellic acid) (Leaves-Optical properties)

s9kPiRo, i.D.5 KNOTYANovicH, A.V.; VEDENEYEVA, N.A.
Physiological effect of frit fly larvae (Oscinosoma frit L.) on
embryonic tissues of corn. Dokl. AN SSSR 140 no.4:978-980 0 '61.
(MIRA 14:9)
1. Vsesoyuznyy institut zashchity rasteniy. Predstavleno
akademikom Ye.N.Pavlow-10m. -
(Frit flies) (Corn (Mai2e)--Diseases and pests)
-XI

POLUKOV, I.M.; ATU)REYEV, S.V.; KHOTYANOVICH, A.V.
Polymeric and macromolecular compounds in the protection of plants.
Zashch. rast. ot vred. i bol. 5 no.9:14-17 S 160. (141U 15:6)
(Plm-its, Protection of) (A * ltural chemicals)
(Polymers

VOUVGDIN, A.V.; EESHABOVO A.Y.; JUIOMNOVICH, A.V.
- --- -------- -1-
Testing granulated herbicides. Zeshch. rast. ot vrod. i bol.
6 no-4:18-19 Ap 16OLD (MIRA 15:6)
- (Herbicides)