SCIENTIFIC ABSTRACT YUNGMAN, V. S. - YUNITSKIY, G. A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001963120016-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 15, 2001
• Sequence Number: 16
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

24814
SIOSII'11000101 1/005/040
2LIS100 B105/B203
AUTHORS i run an --V ef.Gurrichl L i Vol Kvlividze) V. A.,
Rtishcheva, N. P.
TITLE: 'Thermodynamic functions of monoatomic and diatomic gases
in a wide temperature range. IV. N+, N-1, and NO+ in
-2
ideal state~upto 20j.0000 K
PERIODICAL: Beterativnyy zhurnal.1 Xhimiya, no* lit 1961P 40, abstract
11B 292 (Sb. tr. Gos'. in-ta prikl. khimii, 1960, VYP- 46,
28)
TEXT i The t.hermodynamio functions 'S 0 and, H 0 H 0) of N+, N+
T T, 0 2
and NO+ in ide al state up to 20$000 K,at a pressure of I atm were
calculated on an electronic computer. In the values 0" and S 0 at
T T
T 410,000 0 -K, the err or does not exceed 0. 01 cal/mole/deg, and at
T - 20,0000 K it'does not exceed-0.2 Cal/mole/deg. The values of the
logarithms of the'equilibrium constants for the ionization of N, N 2, NO
And the dissociation of N + and NO + are given. [Abstracter,s note:
2
Card 1/2

32326
00 S10811611000102410061086
B138/B102
AUTHORS-s- Gurvich, L 0V*9 Yungman~ V. S.9 Prozorovskiy, Ye. k.,
Voroblyev, B. Ao-
TITLEt Calculation of the thermodynamic functions of diatomic gases
at elevated,temperatures by direct summation on an electro-,
nic machine.
PERIODICAL: Referativnyy zhurnal.. Khisiya, no. 24, 1961, 62, abstract
24B422 (Tr. In-ta goryuchikh iskopayemykb AV SSSR, v, 12,
1961,- 196,- 205)
TEXITs A very rapid and precise method is proposed for the calculation
ofl-the thermodynamic function tables of diato.mic perfect gases at tempera-
tures of up to 20,000 to 2MOO K. The statistical sums are calculated,
for the rotational vibrational and electron,states of the molecule in
-question.-by direct summation through the really existant energy levels,
using-a high-speed electronic computer.; For this kind of calculation the
cular constant which most precisely describes all the energy levels of
CArd. 1/3

32326
B/081/61/000/024/008/066
Calculationof the thermodynamic B138/BI02
the molecule must be known, an also the highest values of the quantum
numbers up to which summation is to bemade.. A method is described for
calculating vibrational.constants and.maximam vibrational quantum numbers
v(max) using the conditions for the convergence of the vibrational levels
toward the dissociation limit. A metbod has been developed for calculating
values of rotational auantum numbers J(max) for each vibrational state,
using the properties of the effective potential curves of the rotating
,molecule. As an examDle some results are,given of the calculation of the
main- state x34rg- of an 02 molecule. In particular, to describe the ener&,,
of vibrational levels (in cm- the equation G (V) - 1568.077 v - 11.706 J
0
-,0.00255 V 3 + 0.00224 V4 0.0000821 v5 is derived, which converges to-
wards the 41261 cm-1 limit at v(max) 42 (experimental, values of dissocia-
tion energy of 02,are 41260 *'15 cm i(max) values are found for all v,
The thermodynamic functions of molecular oxygen are given for the following
temperaturesk 5000 0K (63,395,and 73.038), 100000K (70,457 and 79-942),
-Card 2/3

Y-UNGYAII,-.-VS.: GUIRVICH, L.V. KVLIVIDZE,,V.A.; PROZOIROVSKIY, Ye.A.;
RTISHCHEVA~ H,P..jFoscow)
Thermodynamic -functions, of mono- ond-diatomic gases in a wide
temperature range* Part 3: NP 112 and NO in the ideal state up
to 20000 X... Zhur.fiz.khim.- 35 no.10:2182-2189 0 161.
04IRA 14:11)
1. Akademiya -nauk.,SMR, Institut gor-yuchikh iskopayerWkh.
(Nitmgen) (Nitrogen oxide) (Gas dynamics)

V,
PHASE I BOOK, MWITATION
Gurvioh,, Lev VenlaminovIch., Geor~iy AkopovIch Khachkuruzo'vo,Vadim
Andrayevich Medvedev.,Inessa Veniatinovna Veyto., Georgiy Andreye-
vich Bergzan, Vandimir-Stepanovich Yut p Nina Petrovna Rtish-
cheva., Iddlya Fedorovna Kuratova., Georgiy nikoLVevich Yurkov,
-,Axali~a Abramovna Kane., Borls FedoroVich Yudin., Bori's laidoroviah
Brounshteyn., Viktor Foodoveyevich Baybuz., Val~i* Aleksanorovich
Wivildze, Yevgeniy Aleksandrovich Frozorovsklyp i~nd Boris Alekean-
-,drovich V~roblyev.
Tiermodinamicheskiye. ivoyBtva Individual InykJi veahchentv; spravochnik
v dvukh tomakh. tom'l: Vychisleniye termodinamicheskikh avoystv;
tom ~: Tablitsy termodinamicheskikh svoystv (Thermodynamic Prop-
erties of Individual Substanoes; Reference Book in. Two Volumes.
v. 1: Calculation of Thermodyn=~c Properties; v. 2: Tables of
-14ermodynamic Properties)* 2d ede: rev* and enl. Moscow, Izd-vo
AV SSSR, a9.62. :L163. and 9i6 p. Woo copies P:~Inted.
Sponsoring Ageneins: Akademiya naWc SSSR. Institut goryuchikh
-iskopayemykh; lind Gosudarstvennyy,kr)mitet Soveta Plinistrov SUR
Card I&

Mhe=odynardc Fropexties (ContO sov/626o
po kbimil. Institui prikladnoy khimii.
'h
Reap. -Ed.: V. P. Glu8hko.,.ACadeMICiano L. V, Gurvich, G. A. h adh-
1. V. veyto., and V. A. Nedvedev; PA. of PublIshing House:
K. F. _Gurov; Tech. Ed-* V, G.: leut.
-PURPOSEt This reference book may be'used in scientific-research and
-design work in institutes, design offices, and
experimental
schools of higher-education.,as viell as for training specialists
cal thermodynamics: and. thermal- ph;~sic6,
In cheml
-COVMGE: Volume'l of this work deals with metnods for calculati
ng
thermodynamic:prbperties and with the selection of constants.re-
quired for, the calculations. Volwrie 2 contains tables of themo-
dynamic Properties (reduced thermodynamic potential, entropy,
enthalpyL, and:-the logarithm of the~.'dissociatlon or ionization
constants f quilibrium) compiled.:, where data were ia'6king., on the
0
basis of publi'shed and unpublishec, material from a number of Soviet
-_.research Inst:itutese Thermodynamfi'c pr6perties for the ideal gas
'~-Cardl 2,49�

The=odynamic Properties. (Cont-00 SOV16260
state are presented In table fo= for 335 g'ases.9 44 Uquidso and
45 solids compounded from 33 chemical elements and their isotopes,
v12.: H, D., TO Hep I4p Bep BO Cj I-1p O~ Yj Ne,, Ila.. Mg.. Al., Si, P,
S., CIO Arp KO Ca., Br, Xrs Re, Sr,.Zr, 10 Xe.4 Cs, Ta, He, and Pb.
-Thermodynamic properties are given for the following 22 gases in
e -to .20. DK:' H H* H- 0, 0
.,.th range from room temperature 000 - , , P
Oa+.p Osp OHp OH"p H20o NP Wo N2P Natp NOP INO*i 0, G% CO, CO% and
tot the 14 least stable eases up to 41000 K; and for the re-
maining 299 gases up to 600ot'X. Virial coefficients for 34 gases
also givemup to_ 6oob*K.
TABLE OF CONTENTS (Volume 1) (Abridged]:
'For
eword
Introduction 19
-qA UTATING THE THERMODYNAMIC
PART I.: ITHMOS OF 13C
-PPOMTIES OF INDIVIDUAL SUBSTANCE-3
card

'PJI:GMPJI,,V.S.; GURVICII., L.V.; TITISIMIEVA, V.P.
Thormod.,maraic propertie 0 of gaseous compm dc of with
#2114) Trudy GIPKII po.4~
hydrogen (ILM, 11112, and 1' ):20,37 162.
(MiRA 17: 11)

GUF,Vic,'I, L.V.; VOF-,OD1!FV,.J3.A.; V.A.; PBOWROVjr
1-1. P.
Thermodynamic fulletions of mono- and diatc-mic gaseo within a wide
r,-i. gp of temperatures. Part 6- 0,0+, 0,) ,and O~ in the ideal state
UP to 20 0000 K. Trudy GIFvJ1 no.49:38-60 162.
(MRA 17:al)

0 FY A
A
SCj,,,, -,V.
K'3vA~,IVA A VE"
IRNOVA, !:.L. ak aa a r-!,. 0-[v. 1-ec:
YIKPAYLOV V. V. YA:~~PET IYAII-CZ m. Kh. , :-ed,
Y~
he r-.i,.a-., (- i- ~>C' ~ r, '~ p! -
e S
4 -1-!' 7Wn
inf omats

~62cc~-66 E-,~ ,I (I WW J11/AT/WT_/FN
__ I- , ~i--17 (r. )
-512
ACC NRI
SOURCE CODE: UR/0294/66/004/664 0507/0
~AUTHOR: Yungma~~!,, Gurvieb, L. V.,, Rtisbcheva, 11, Ps 7~
ORG: High Temperature Scientific Research Institute (Nauchno-issledo-
vatel'skiy Institut vysokikh temperatur)
_~ic'/of meth-
TITLE: Composition and thermodynamic, . properties of Mq~dt
ane combustion with lonizInS additives,
SOUR%E: Teplofizika vysokikh,tel?iperatur, v. 4. no. 4. 1966, 507-9~112
TOPIC TAGS: combustion.-methane., plasma.,combustion product,
combustion catalyst Wlforw4
ABSTRACT: The thermodynamic.Y
propertipA-and the equilibrium
composition of a ~Aw-temyerature plasmaYconsisting of the products of
methane combustioKk\\'In air in the presence of an ionizing additive
have been calculated on a computer for a wide range of
temperatures (1000-4000K) and pressures (0.2-100i~atm).- The problem
of determining the equilibrium composition (partial pressures of
mixture components) of a homogeneous chemically reacting: plasma -ot the
composition C-H-0-N-K-Ar at constant total pressure In the ideal-gas
approximation,,,~amounted to the-solution of a system of nonlinear
equations. This system included chemical equili6rium-constant
Card 1/2 UDCt- 662,6135U,211*54fi,32

W50-66'
ACC NR: AP6029776 0
equations'. material-balance equations describing,the elemental
chemical composition of the-pla.sma, a Dalton's law equation for the
constant total pressure., and an equation describing the electrical
quasi-neutrality of tbp plasma., The cores considered were those of
the combustion of methane-in air of normal composition,, in air
enriched.in oxygent (to-30-401-0~)., and in air enriched in nitrogen
(to 81.08% N2) (a case approximating the combustion of natural gas),
with or without K2CO additive (1% on a K basis),, at oxidant exceas
factors of 0,9sl' ang 1.1 (all concentrations are In vol The
-.-presence of the species.,--HO2. NH., HN09 HCO, N02s N20, 0-, H OH , KO,
KH3 KOH, and,K(OH,)2,, was taken into account. The interesting fact
is discussed.of Wmarked change inequilibrium composition on
addition Of K2CO3- -The role of the molecular compounds of K, viz.,
KO, KH., KOH,.and K(OH),, is analyzed and itis shown that whe 'n these
compounds are taken in o account, the calculated equilibrium
composition.of the combustion.products changes substanVally., and the
calculated.electron concentration is lowered, Orig art* has; 3;
figureso (SM]
SUB CODE:, 21/ 'SUBM DATF-I'280ciW ORIG REP: 002/ OTH REP: 004
Car4i hs_:

Rassian Accessions
,ontbly List of Library of Congress, Septenber 1952. UNCLASEIFID.

_12%:-66, Md-r(l) TJP(o
'-ACC NRi AP6014044 SOURCE CODEt'. UR/0056/66/050/0011/1036/1047
-AU s)Uy,, A- B_; Tungvirt, K.
THORS. Mikba~ldv
bAd::-~ ,ungvirt. Institute of, Plasym Physicsj Prague (Institut Miki
-ear tr'ansformation
6f waves in an inhomogeneotto plasma
-.-~.PURGE: Zhurnal',"eksper-Imental I noy I teoreticheakoy fiz'iki, v. 50,
1066,.. 1036-10117.
J.TOPIC TAGt:- nonlinear plasma, plasma beam int6raction, plasma density,
,'-_'jiaima. 6 lea tr6n. oBeIllat ton 1AjWomoGrAxF&U3 R4-9Z,W,9
~!.~-ABSTRAM; Thi's paper is essentially the nlinear extennion of the
Ainea.r theory of tbeinteraction between %lasma.and a s2atially in-
-in an earlier paper
,;b6mogeneous electror7beam- presented by~the"authors
~-:-,lZbETY V. 3b., 7T., :Lgb!5).. All, the basic assumptions and the notation
a rp- e - sayne as in the. earlier paper. In particular, it is afMuined
thAt,the ratio of tbe'beim.densityto the density of the cold plasma is
13
n~~13. quantity vi4 Athat the dimens ons of the beam are smaller than
Ih6
radiUs of-the cylinder. The analysis is restricted to irrotational
ctron"pUBma oscillations. A new feature in the treatment Is the
Introduction of. convective (drift). effects. Ene.,~,gy transfer from high
:-:~.to.:lpw.frequencles 19.1nVestig'ated for a system consisting of a cold
Va.
111"~. M.-i
-M-. ~ A:
M 01 a M 51-
- - _t

V'
-ACC. NRs
AP6014044
0
~Syb tam- pie~rbad bya thin electron beam, of trani3verise dimension a,
-mo~lhg along - the axis ofAhe plasma cylinder of radius R located in a
_.'jongitudi * 0' -equations of the quasilinear
tic' field. The basic
na.. magne
Matibn for_tbis Inhomogeneous system-are first derived and the
The quasilinear pumping of energy from
cillations Is then evaluated
g4rfrequency.into the low-frequency os
d6ii`.,tbb--'46sumpti0n tbat.tbe original beam distribution function is a
;~~'-,b ~ 'd~~btep` previously - produced as a result of smearing of the 6-functim
ODa
"tal--,ini-tial-energy-of-t-le-high-f-requency-ose-11-lations la
B-tilhated., ~be,-bf the- 6azibe order- as the kinetic energy - of - the beam,
~~ahd,:ItAs,;sbown that for sufficiently high Initial amplitude of the
gb hey btcillations~ most of the energy is converted into low-
frequelicy'..pnergyw, 7his is followed by analysis of a later stage in the
-fre
ro the; low quency oscillations and the relaxation of the
-.-beaZ`.41s r1bution function. It - Involves damping. of the lo -frequency
I tians."vbich compensates for'the excitation of these oscillations
~"b inbomogeneous beam. The effect of the beam spreading
of ..Iom-.frequency_:osc:113.ations Is estimated. It is
frequenoy. conversion in the plasma can be lead to a
~redudtion of the energy of'the plasma oscillations. Orig.
26);_S~M DATEs OINOV65/ Cnao MW: 005/- On Rut/ 001

BERING, A. B., glav. red TUROV, M.G., wn. glav. red.; BERZON,
E.M.3% red.; BURNIN, N.A., rod.; JXOZWV, V.K.,, red.;
NAMURK,, 1. 1. red. ; NIKOLHEVO K. n. , red. ; SUSHCHEV,,
red. TERESHCHMO, Ye.l., red.; YUMEYSTER A.B..
red.; PULIKINA, Ye. A. 0 otv. za vyp.
[Reports on the technical level of the-manufacture of
reinforced concrete products) Sbornik dakladov ob urovne
tekhniki proizvodotva zbelesobstornykh izdelii; informa-
tsionnyi matetial. Leningrad, Otdel tekhn. informatsii.
N0.3- 1959. 81 P. (MIRA 16;11)
1. Leningrad. Vassoyuznyy nauchno-iseledovatellskiy in-
stitut po mashinam dlya promyahlennosti stroitelInykh
materialov,
(Reinforced concrete products)

rv
AM/AgD-Pb-4
A.cassim NR-
yungTaeysttr, V. 6~,
ALr,rqioFl Len
TITILIE, About jpround-ba3e!~
SOUR--E.- Gra7-nelP-rlSka.Ya
TOPIO TAGS:
fil-ght
ABST-RA CT, :Tne ~1-reseD, art.
ir, De !E!suP -~;f 'nw. l3alrule mt6,z.F~ On
tixtu-
4.1 X,0er .13 tu U&e.-, t s ,f
vaatever, Vert taxrc).4g~-i
a tvc~-Sestcer ja,, aircxp--",. ~~,
in-flight m&neuvers were --ef-t
---o -rL v
Bot ta-sinees --d -ab-

T, Irlm-Al
Al~CFSSIOK NR. AP30007~0
o~.ber "good." It is t-n-at any
are not equivalent to actwLl tr&in!_r.
Adyp_ntagea of ground tralner-qimuittor~--
the irdepeni-ence of thp f.- _k,,nt f- ~_m a
conc tions, time of day, a.-,d preraiiing bll-_,gi
op,-_xation of a flight simulatlor IF, 1/4-0 :~~ls
(asstml:~rw both at a utillzation Lelel of 20:
obtained Justify ttie Lim" onfl h~-_r
equi,rallent to one hour of fl- [,:-,t
f ul.- ~ock~ I t_s:_mdatll_~n~ -f ILC,:_', s llmiulatcrz!~
the.. t-reaning. The safety --f the grc;:~,id ---a
~onfiguraticns of propuls~ ve
s1mliation ~.f ouch
-,ermits the insti-actor tcl -oncer-.ral_~, ~~n
wlth the safety rf fllet-
is poasible to rev4ture.. t.
m:-stake comitted by -_hw szid v:
tt.e previous &12take. Pic enl-A r-su_"'
of a ground siraLLator-tralne-T ln
_rformance ol ight
m_' a t/,, r
V,

ACICEWION AP3000-7 (0
DP
'3DE: SF F
R

FACC ODE: ---Ui~/C)386166/cc4/oi:,/c~l.~-,
NRI kP7003-343 SWECE C
AMMOR: yungvirt, K-4 Vatalavikv Ya.
Wd;:: in
P16;s Pbyslcn.,~-Czechoslovak AcadeW of Sciences
TITIXt Quasilinear transformation of waves in an inbomogeneous plasma and nonlinear
effects
SOURCE Murnal eksperimentallnoy i teoreticheskoy fiziki. Pialma v redaktsiyu.
Prilozheniye., v. 4, no.-Uj 1966 464-468
TOPIC TWS: plasma wave interaction, nonlinear plasma,, nonlinear effect, plasram decay
ABSTRACT:' Miis Is a.continuation of earlier work by one of the authors (Jungwirth
with A. B. MMaylovskiyj, ZhETF V. 50, 10361 1966), vhere the feasibility of quari.-
linear wave transformation in a-plasma was.demonstrated. Inasmuch as the earlier
paper left open the question.whether this effect can play an important role in the
presence of nonlinear wave interactionj the authors analyze the kinetic equation for
such a.case and determine the conditions under which a quasilinear transformation can
or cannot occur in the presence of nonlinear interaction. A table is presented list-
ing the quantities.characterizing the nonlinear inte tion., the time variation of
rac
the energy densityp and other processes accompanying the wave interaction and trans-
Tormtion., A I detailed corroboration of the present data is ~to be 1rublished in Czech.
6 fomano and I table.
J. phy's..., or4-&~,&rt. ban.
SUB CODE: 2D/ 71SM DATE: 22Aug66/ ORIG REF: 002/* ODI R17: 001
I QM 1/1

L 33417-66 w(l)ZEte,01 - ijdd: - AT
ACC ~NWP6015298. SOURCE CCDH: UR/0057/66/036/00!;/0777/0790
AU7710m. Mikheylovskiy, A. B.;. Yungvirt, K*
ORG: Institute of Plasma,physics, P 2%U0, ChSSR (InStituts fiZiki Pla=~)"
T IT=,- On the role of convective effects in the excitatlon of electronic oscillation
~in a plasma by a bounded beam
SOURCE.' Zhurnal takhnichoskoy I imiki, v. 36 no. 5, 1966, 777-790
TOPIC TAGS, plasma oscillation, electron be=, plnsms,instability, plasma wave
ABSTRACT: Tho'nuthors discuss the excitation of electronic oscillations in a homo-
Concous plasma cylinder in a uniform axial magnetic field by an inhomogonoous oloc-
tron beam moving on the axis. Particular attention is given to excitation of oscilla
A~03)s %lint do.not haven xinl symmotry; in this case there is effective a mechanism
th at does not come into play in the axially symmetric case and thnt involves radial
drift of the beam electrons in thenzimuthal electric field of the oncillationi, an4
.the external magnatic field. The calculations are based on the kinetic equation of
Vlasov" and only these oscillations are discussed whose frequencies are high compared
with the,ionic Lnrmor and Langmuir frequencies. Conditions for stability of the
plasma are four4 and expressions are derived for the logarithmic increments of dif-
Serent instabilities with different assumptions concerning the velocity distribution
i Card Ir Z

L 33417-66
ACC NRt AP6015298
of ~h are
t e b e an electrons. 'Men the transverse velocities of the beam electrOng
Xiaita, the convective mechanism contributes to the instability not only in the case
Cerenkov interaction between the particles and waves but also in the case of the
anumalo-as and., norm al Doppler effects. In addition to benms with squnre, Mn-mvellian,
a-tic: delta-function velocity distr~butlons, a.beam is discussed in which the electrons
rotate about the axis of the plasma cylinder. In the case of a very narrow beam of
this type the usual convective effects play no role, but there appear instabilities
that are due to another mechanism which has not yet boon adequately studied. Orig.
art. has: 57 formulas.
STID CODE; 20/, SUM DATE: 26JuIGS/, 011IG REF: 008/ -OrH REF: 000
Car 2/2

hiddem tentiali Gs- repair Em
-PO
20 no.3s26-33 162. (ljR*k 15:3)
tions. Den. i kred.
(Construction imdustrj-mainunce) (RamYs and banking)

TPIK_,_I;~aa~ BD I Sc,~ Korneliv, Antonevich; MMOV, A.,
_:7h;M
otv. red.
(Financingr and issuing credit for capital investmeits in
agrIculture) Finansirovanie I kreditoverie kapitalInylth
vlozhenii v sellskoe I-hoziaistvo. -Moskva,. Finansy, 1965.
206 p.
1. Pravleniye Gosudarstven-nogo banka SSSR (for Yunik, Yiseyuk).

L 21250-6t A h F A T d
ov ye'. 1'r
tj Li ".-_w :,-.,jte,.-
f! t n
S t n
-'A" -S

11 r;
777~7

USSR / Soil Science. Physical and Chemical Properties
Of Soilse
Abs jour: Ref Zhur-Biolej No 21, 1958, 95702.
Author :.JLun
Inst :Kiev Agriculturaf Institute.
Title :Determination of Akalinity in Dye Extracts.
Orig Pub: Pochvovedeniye, 1957p NoO, 122-124,
Abstract: Alkalinity of the water extract from solonets
soils in Baryshevskiy Rayon, Kiyevskaya Oblast
was determined by the usual titration and elec-
trometric ionometer. For work with tinted viater
.extracts, the KFV-I1 lonometer is recommended.
The work was carried out at the Kiev Agricultural
Institute.
Card 1/1,

TSAP, M.L.;
Usivg ultraviolet spoctrop~otoEetry for determining pbou-
pboruig In sDIl extracts* Pochvorb-donle nD.10:92-100 0 159.
1. Ukrainskiy naucbno-isoledovatellskly Inotitut conlodellya.
(Soils-Ans3yole) (Spectrophotonstry)

SAHFJRO GA.; PrirAaall uchastiyet UTERINICH; T.D.; l(URK, S.M.
~�obi3ltq of exchangeable sodium and recc=eneded norza for the
use of gypsum in the Improvement of Solonetz soils. Pochvovedenie
noill:35-46 N 163. (MIRA 16:12)
1. Ukrainskiy nauchno-lealedovatel'skiy institut zemledeliya.

IIUNIKHIN, Li,.IL.,-Cand Te.cb Sci - (diss) "Automatization of vrate-v
supply in animal husbandry farms of the Altayskiy Kray." Omsk,
15 pp with illustrations; (Author's reference list of .-
defended at the Omsk Agricultural Inst im S. M. Kirov); 20C cop.,.-
free; bibliography on page 15; (KL, 27-60, 152)

i=

IKOV, -B. A,
USSR/EstallurEy Iron, Diffusion
"Vro
,,ntal Diffusion In Lo=ercisl IT~o" V. I Arkharov, K. A. Tefre=ova, S. 1.
93k a, A. K# Shtollts, B. A, Yunikov-linst 00
the Phys of bletals, Ural Affil. Acad- Sci
USSR
DAN SSSR, Vol 69, Vo 2, PP 269-270
Studies diffusion of number of elements, such as Ni,--Pd, Cu, Cr, into Fe and effect of
admixts on diffusion rate. In case of Cr and Al, diffusion zone is uniform in width
and has even front line. But in diffusion of ITI, Pd, and Cu. front of diffusion zone
has protuberances. showing tendency of element to preferdiffusion along intercryst
boundaries. 2his tendency- is- shown-to lesser extent when Fe has snall contents of
Ti, Nb, Yo, and B. Diffusion of AC in alloy of Fe with Pd is also diijcuused. Several
photomicroCraphs are given. Presented by Aca(I 1. P. Bardin 12 Jan 53
?,&a50

"Investigating the Interm-intalline Internal Jhdvorptiorl of Panadilzi ~n
iron the Diffusion of Silwr in an Iron-Palladim, I-Upy." Caml Fhy--Natll
Sci, Ural State U, SvcrcLlovsk, 1954-. (.2-7hiMixi, Ilso Mar 55)
So: Sun. No 670, 29 Sent Survey of Scie;-.tific and Teclu--,ical DiLsortations
Deflend-ed at USM Nigher Educational institul.10110 (15)

a
YUNIKOT, B. A. and ARKHAROV., V. 1.
.. "The possibility of diffusing silver in iron with the presence of small
admixture of palladiud', appearing in the "Works of the Institute on the Physics
of Metals, Issue 16, Collection of Research Papers oh Diffusion and Internal
Adsorption in Metals and Alloys"., (Trudy Instituta. Fiziki Metallov, vypusk 16,
Sbornik Rabot Po Issledovaniyu Diffuzii I Vrutrennei Adsorbtsii- V Metallakh I
Splavakb)3 published by Ural Branch of the Acadezy of Science USM,' p 62, 1955.

- .1 1-
,v-- , ,

X-ray examination of cerite. Trudy Inst. geol. UFAII rX0.7C2:
(I-IRA 1P:12"
245-247 165.

FCMIIMHA V.G.; YUIKOV, B.A.: SOKOLOV, YUeA&
Maghemitein t-tancmagnatitc Ores In the LOsser KUyb-aa deposi4
of the Southern Urals. Izvovysouchebozav.; geol. i razv. 6
no,11:69-72 n 163. (MIRA 1822)
le Institut geologii Ural'Bkogo filiala All SSSR i SverdlovskAy
gornyy imst-Itut im. V.Vankhrushava.

YUHIKOV. Yu. R.
Operation, of a DU 6,5.- 13 boiler with a high-speed combustion
chamber. Der.prom. ;5 no.2:23-24 7 156. (MA 9:5)
1. U00-1zhorskly fanernyy zavod.
(UstI-Izhora--Venears aiA veneering) (Boilers)
ggm
MI
3M 4I.Al

USSR Ruman arA Atinal Physiology. Skin 4 T
Abs Jour Ref Zhur Bi bleip No. 7061:2
Author
Sc ientif ic --Res earoh!--Imstitu7lue-.,o--P..Vecrinary Sanitation
and EctolrorasitO1087-
Title The Rato arA Duration of pane-.ration oT s35 ttaough
Aninal Skin
Orig Ptib l~yul,nauclino-teldmi-:imforra.~Vaes..n.-I. in-t Yet.
sanitarit 0 Olftoparazitolop 1957, No 20 11-121
Abstract Colloidal sulfur (CS) in an oily base -vith an activity
of s35 of 30-4o microcuries vas applied to the skip. over
the sacrma and the 'back of rabbits arA sheep. The pene-
ion of 335 was determined by the activity of the lhlomi,
urine and feces; in sheep, by the activit of the wool and
of the lanolin taken f!rom non-urocessed Yi.e.,, areas to
,which the radicac-tive sulfur preparation had not been

1.
,ii .

i1-
v

ziogical treatment of- otanoslig In paralyslo of tY4 mmec4lnu
abductor of the lar.7=. Trudy
goria i nosa. 6:406-413 055. 12:10)
-IF. IrlinielinOogo otdolonlyn (sav. prof A*A.Atlmralcrkyn)
4onuilarstvennogo nnuchno-insledavatalliakogo ItintitkittA Wthit,
gorla I nosa,
'5s,
"
R,
M
-W
Ne F
WE

TM-Aj A01. a ka'didat 3wiliteinskM =34k
Complications and tberapj In 2aryzgea Injuries, Yest.oto-rin.
17 2W.4:35-41 J14g 15% (MLSA 8:10)
1 Is kllxdcbst~ !Welenba (Zav.-prof. A.A.Atkarskaya)'
gw~aviiatvenwgo z= bno-Iftaledovatellekw Sustituta ulmht
gorls A wisa KhAstaretva %dTavookbrawnVa -RSM (dir.-smIuzbenrqy
dayatell wof. V.K.Trutmw)
(LAEM woun" and InjurION'k,
COMPI. & tbar*)
(WOMS A30 INJUMS9
lw7=, coisple tberj

USSR/Humn and Aninal Physiology. Respiration.
Abs Jour, Ref Zhur-Biol., No 12, 1958j. 5%69-,~
Author Yunina, A. I.
Inst btmbe-~ Research Institute for the Diseases
-of the.Ear, Throat, and Nose.
Title The Effect of Tracheal Stenosis on Heart Rmetion.
Orig Pub: Tr. Gos. n.i. in-ta, ukha, gorla i nosa, 19567
VYP- 7, 123-135-
Abstract: In dogs andrabbits,' a chronic tracheal stenosis
(S), varied-in its degree-and its duntion, caused
disturbances in the,heart's conduction system and
in the wocardium. The rhythm was slowed, and
changes of the electrocardiogram remined even after
Svas~eliminated. A connection between the cardiac
activity irrpairment~ the severity of S, and the 02
T-6

YUNIIIA~ A*X.s kando zed. nauk
Plinleal aspects of lesions of the lary= in a patient expoi3ed
to the action of ionizing radiation and the first troatment of
the sequelae of this injury. Zhur. ush. nos. i gorl. bol. 23:36-4-1
N-D 1630- (MIRA 17:5)
~1. 1z Gosudarstyannogo nauchno-issladoyatellskogo instituta ukha
gorla, i nosa I-linisterat-ye. zdravookhraneniya RSFSR (Culrektor-
prof..N.A. Bobroyakiy).

mayor mealtalnBkoy oluzhby
Acoti-nic acid f.or disease. Voen.-mad. zhur.
nVA6:41-43 Mu 9:9)
(EPITITIS. INFACTIOUS)
(NICOTINIC A033))
R

P4ght gift. Obs-hehestvpit. no.21:15 N jW.
11 Zaved4uBbehiy btD3.0v()Y 244,Dda BV03.lts," T-Ili.,
nU -Aancbrooms etc

i . -.-. - -,- ". ~~ , A .
- k, !.:, L .. ~

L! V I
SM01M, Yu.N.-, kandtdat te'khatchesk-Dch nauk;,VOROB'YBY; B.N. ~ KOORATIM,
V.A.; TMI-n7, 13.N., akadezdk, raaaLdtor: SAMIN, A.M.: redaktor;
K.UZUSTBOY, I.V., kandidat-filoBotskikh nauk,'redaktor; YU91SOVA,
G.V.. reaaktor; ZROMOVA, Ye.V.. tekhnicheskly reaakto,~~-
[Alaksandr Fedorovich Ho2haialdi, creator' of Ahe first airplane: a
collection of documents] AleksarAr Peaorovich Hozhaisldl sozdatell
pervogo samoleta; abornik dOxwentov. Moskva, 1935. 174 P.
(MM 8:7)
1. Chlen-korrespondent AN SSSRAfor Samarin). 2. kkadentya nauk
SSSR. T~3stltut let 6ri I Zpstes't'vozn~ja ftekhniki.
(Morhat'skil, AlAsand? 7efloravf6h, 1825-01890)

EFROS~ M. M,,- GUSAROV) YOO 34-yb~1SOUZZ. A.; Prinimal uchastiye:
KORNIYENKO, V. A*
InvestlgtLtjzg the oparat~0-22.-of-41ant furnaces converted to gas
Using a low-pressurejet..',Tmdy MIT no. 11:218-244 162.

EFROS 14.X. BF~, K Yu.G. TUNIISOVA' p S. A.; '(:,KC:LO".',
Investigat:ng an industrial-test furnace for ncnoxidative
4- 7lanT ram-ed fc~-

YUNITSIII,,.B.A., kandotekhn.nauk
Deterrimming rope- Zagging d=14 towfit operations. SYA. 31., ii--
no.l.-109-111 161. (PIRA lll',i~7)

SEI~04WCIEVA., T.11. , meditsin-skava sestra; YUITITSKAYA T.F. , meditsinska-a
sestra

70ITMYAo V., Insh.; RUKOVA, A.. trah.
Using hairdr crashersIto obtain fine-grained crushed.raterial. Stroi.
mat. 3 no.12*1 D 957. (MIRk 11:2)
(Prushing mchinery), (Aggregates(Dailding mat6rials))

YUNITBUTA, V.I..-%jXvcr med. slughby
'Hikullcb's dlivesse in military sedscal practice. Toon.med.zhur,
no.3:9641 Mr 057. (MIRA 11:3)
(SALIVARY GluMB-DISEA535)

YUNITSEATA, V. I& (Saratov)
Cllnlcnl picture ana su, Ical treatment of tuberculous epidid7mitir, ir.
7MIg oubjoctoo UrologIIA 23 no,4:39-42 .71-AS 158 (MMA 11:8)
-MGULV
M: siss ?#-AIN GIMITAI
(
epidimic, alin, manifesto to surg. (Run))

KLYUYEV, G.M., kand.tekhn.naukt_7fUNITSXAYA, Ye.l., starshiy imb.;
IRYAXGVA, E.Ya.; PrininalT-u-R-aS-f:-L.V-e-.'F MIV, A.M.,; 51116HK1N,
ENAUS, O.H.; RUSAEUVA, R.A.; STEPAIJOVA, L.G.; KALBIEIN, V.F.;
GOPFALOVA, N.K.; SACHROV, V.P.; FRMOV, F.F.; LUKAEFOVA, T.T.-,
SAVXD4, P.S.
Grain-size distribution in the rat6rial produced by crusbing rock.
Sbor. trud. KIZIlelezobetona no.3:60,-go 060. (~aRA 15:2)
1. Gosudarstvennyy.nauchno-issledovatel'skiy institut zhelezoteton-
nykh izdelii, stroitellpykh i ner-ddnykh.rnaterialov.(:for Petrov,
Shishkin, Knaus, Fmsakova,.Stepanova, Ralinkin, Gopkalova, ~acbkov,
Frolov, Lukashoira, SaVkin).
.(Stone, Crushed)

--- -I-
-

/V i
X&TISM, Petr Pbtro_dch; XL93LWA,'Nataliya Ssrgeyvma; IPANSHM. A.B..
'"isenzent; *,-Tat venzent; - VALSHAVSUYA, L.S., red.
XR&MUNI 14,21 toldm; red*
Dwrafacture of T~~J3 Btf6lel Px&Trodstio.vlikozuogo shtapsi
nogo vololma. Ird0'2., dop. 1:~wer. 1(6skm' Gos, mauchno-taid2n,
i2d-vo llt-ry po logkol yrmqahl.-,, 1958, 243 p. (Km 11:9)

ACCESSION SR: AR4034492 S/0053/64/000/003MOSS/EOSS
SOURCE: Ref. zb. Piz., Abs. 3Zh385
.k
AUTHORS: YunitsXly, G. A*I.Tarasovo Ve -V*:-
TITI;E t' in matter by the
Determination of he velocity of ultrasound
coripound res.onator method
C17ZD SOURCE: :Tx. Mosk. 3cbim-.*-tdkbno1. in-ta im. D. 1. Mendeleyeva,
vy*p. 41, 1963, 10-13
TOPIC TAGS: Ultrasound p3mpagation. velocity, cpmpound resonator,
quartacrystal oscillatim' ragonatox xesonant frequency
:1 TRIM4SLATION: One of the methods of determining the velocity of ul-
trasound in a solid by the method of the conpound resonator is de-
scribed. The use,of double compound resonator makes it possible to
avoid precision adjustment of the lengths of the specimens to satisfy
Card
T.

ACCpssION ln: AR4034492
P
the condition f f f which must be satir
fied when a triple
1 2 31
nator is-usiddAf. -,resonant frequency of the compound
co pound res-o
,.:I,resonator, f natural frequency of the quartz crystal, f 2
inatural frequency of the sound-conducting rod, and f 3 __ natural fre-
nc,
pique .1 o4f! the specimen). in the case of a double-compound reson tor,
measurements of two successive values of the resonant frequency of
ttthe compound resonator, 9' and f", yield the values of the natural
I.-Erequencies of the specimen V and f". after which the ratio.f/n'
3
f"/(n' + 1) is used to determine iie nunber of half waves ' 3ch
3 Whi
Tfit_ along the specimen at both oscillation frequencies. Thus, the
:";Velocity of ultrasound for any-specimenlen th can be determined
;iifrom two readi s n frec e compoun
ngsof,tbe,re oant, juencies of th d reso-
:A nator. V~, Chexpak.
;;DATE ACQ;._I0APr64 SUBrCODE.- -PR_ ___EN CL: 00
Card 2/2

F'N T
A
~-hurna' Ifizicheskoy kh,Mli 40 n