SCIENTIFIC ABSTRACT SOLOKH, M.A. - SOLOMAKHA, V.P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001652220008-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 25, 2000
• Sequence Number: 8
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

Relaxation Folarization of the S,79tem SrTlo B006/BO14.
3 S/048
,16010241021031009
the B'multansOus presence of .44
blvalent and trivalon'; i.j. IF- +
transitions are possible; (3) simultaneous presence of weakly boundpions and
electrons is possible in the system SrTiO n(Bi 0 XnO). There are 2 figures,
3 tables, and 4 Soviet references. 3- 2 30 41
Card 3/3

LlPM. Yarn Matanovich; SOLOKp Alla klikhaylovna; Shh'-11, Olee,
Ivanovich; IELLIE-q,O.K., red.
(Ultrasonic cleaning of pipes] Ulltrazvukovaia ochistka trub.
Leningrad, 1965. 22 p. (MIFA 18:5)

AUT H OR - Solokh, M. A., Engineer SOV/100-53-13-3/1,3
TITLE- Specialisation in Stroymelchanizatsiya Trust of Glav-
'kiyevstroy, (Op7t spet'sLalizatsil, rabot v treste
Stroy.molchanizatsiya Glavkiyevstroya).
PERIODICAL: 1,1e%hanizatsiya Stroitel'st-va, 1953, Nr.3. pp. 6 - a.
M36R).
ABS'2-RACT - The Glavlciyevstroy foormed in 11155 - 56 special Trusts
with the aim to concentrate in them building machinery
and to reorganise their maintenance. In 1957 the number
of buildinp machines concentrated in Glavlciyevstroy
excavators, 75 bulldozers, 160 to-aer cranes,
04 lorry-mounted cranes, 40 rollers and 10 lorry-mounted
rra,.Ilors. The mechanisation carried out by Glavkiyevstroy
'
1
c
0
and pauer resources amounted
during 1957 amounted to 3.3
/
of excavation
to 3 h.p. per man. From the total output
-,,
work Stroymekhanizatslya, carried out 76.4/0. Output of
excavators with 0.5 m3 capacity,in conjunction wiP bull-
dozeTsand mechanical shovels, reached 450 - 500 m of

, of frozen
excavatini- material per shift. Por the shifting
pround air heaters desiCned by Eng. M. G. Zay%o@at@j are
used. E:Cz_-r-rator manufactured by, Kiyev Cactory
Card 1/2 11 K7,--,3n.-,!y B',,s':avator", is a ner.; machine for excavatin(,,

6peclalis:Ation In Tru3t of GI-W-1yevaLroya.
trenches for electric-al and telephone cables. The output
of to-.-ter cranes durinr 1957 increasad by 18% in comparison
,aith 1956. Enclosed tabic CIVe3 figures Of the improvad
output of excaval@ors. There Is 1 illustr:Ltion and 5
photographs of operatives.
1. Construction enuipment-Performance
Card 2/2

KIMOMIRSKIY, P., inzh.; SOLOW, A., inzh.
For better organized maintenance and repair of agricultural
machinery. Tekh. v sellkhoz. 20 no.7;51-56 JTl 160.
(MIRA 13:9)
(Agricultural machinery-Maintmeance and repair)

- SOLOKHA, Andrey-Antonovich; KHROMETSKIY, Petr Alekseyevich; FILATOV,
Aleksandr Grigorlyevich; SHALYT, N.A., red.; KOZLOVSKAYA,
M.D., tekhn. red.
[Quality control in repairing tractors and agricultural machines
on collective farms]Kontroll kachestva remonta traktorov i sell- ---
khoziaistvennykh mashin v kolkhozakh. Moskva, Proftekhizdat,
1961. 166 p. (MIRA 16:2)
(Agricultural machinery-Malntenance and repair)

SOLOMA) A.P., inzh.; CHASHCHINOV, A.V. inzh.; TARASEVICH, L.I... inzh.
Apparatus for automatically controlling pumpo. Gor, shur no,4&52-53 Ap 163,
(MM 16:4)
(mine pumps) (Automatic control)

SOLCKIM. A.P.; IIA" Zjilt-VIIKO. V.A.
Automatic pum;)ing planta in -4ning. Ugol' Ukr. Yol.3 no-5:22-23
IV 15 04IRA 12:9)
1. Konntopnidy zavod "KrasWy motallist".
(mine plimp")

SOIOYMI A.P.,, inzh.; I;ESTEMNKO, L.I.p inzh.
Improviz4,,, the starter systems for mine electrical drills. Ugoll
35 no. 4:15-17 Ap 160. (MIU 14:4)
1. Zavod "Krasnyy metal-list."
(Rock drills) (Remote control)
I
J.

TARX9EVICIfy G.V,P inoh.j TARASEVICH, L.I,,, inzh.; �049K@,.A.P.
Apparatus for protecting boista. Gor. zhur. no.10:51-52
0 163. (mnu 16- 13.)
1. Kuznetskiy nauchno-issledovateltakiy ugollnyy institut,
g. Prokoplyevsk (for G. Tarasevich, L. Tarasevich).
2. Zavod "Krasnyy metallist"P g. Konotop (for Solokha).

, , " " " , , f !;. @- ;: ;
A
G. k YE vt P. T h ll@,, K N.
A. P.
Remotq cozirro' of dra.-*naef@. Snaki.-..
6-8 '1
RA
Itrc' t-, .xt
priyatly tigol :rioy SSSR 1,ty-,').
tl@,, @ moklom!
shakhtntwo str-ATel'.3t-.ra (for Z-@Iinskiv). lri3t@tw@
radprom k-,mo3opskongo, elekt
(fn- Mikhayllyuk, Pi&.man, Scl--4--im)o

SOLOK _,G :
_- .1-1",14 --- _gQrgy Sotaialiotichnskogo Truda
Construction workers will keep their w6rd. Sov.profsoiuzy
no.10:11-12 gy 159. (AIRA 22.'Q)
1. Bripadir kamensbchikov Grer7achinakogo stroyupravlonlya
trosta "Kiznlahakhtnatror".
(Grewachinak-Construction industry--Labor productivity)

So, v
.
1,
k, 'PIA, i . I .
Experience 4-r, ri@tnil`act-ire of warm -inmen's Iroots. Krzl-,,-
obuv. pron. 7 nc.5434-3@ 165:. (r-tA

L 05245-67 ENT ( 1) ad
ACC NP, AT6013753 SOURCE CODEi UR/2667/65/000/033/0043/0f)-i
AUTHOR: -Antsimovat T. .; Bolokha, T. F.
ORG: none
TITLE: Method of obtaining characteristics for calculating @d_ velocity
SOURCE: Moscow. Nauchno-looledovatellskiv In'stitut acroklimatolo ff. Trudy, no. 33,
1965. Voprosy klimatologil (Problems In climatology), 43-56
TOPIC TAGS: wind velocity, wind direction, wind profile
ABSTRACT: The problems of determining the frequency of wind velocity by directions with
and without consideration of calms Is analyzed on the basis of data obtained in Western
I'Siberia. A method of constructing the distribution curves of wind velocities under lowland
1conditions Is described and their analysis Is given. A method Is proposed for using the av-
,'Jorage wind velocity and modal value of wind velocity to determine the probability of wind
velocity from goner alized nomograms. A preliminary conclusion Is that when calm days
tire taken Into acco"t when analyzing the frequency of wind by directions and average ve-
locities there are n6',oubstantial changes In the characteristic of the wind mode. However,
I

L OW63-0 Ewr(l) GW
ACC NRi AT6034373 SOURCE CODE: UR/2667/66/000/037/oo62/oo82
AUT11OR: Solokha, T. F.
i ORG: Scientific Research Institute of Aero@j@@ (Nauchno-issledovatellskiy
I
institut iwroklimatologii)
TITLE: Experimental calculation of the recurrence of -temperature and wind-velocity
combinations in the lower 100-m layer of the atmosphere
I SOURCE: Moscow. Nauchno-issledovatellskiy institut aeroklimatologii. Trudy,
no. 37, 1966. Voprosy klimatologii (Problems in climatology), 62-82
TOPIC TAGS: micrometeorology, atmospheric turbulence, 64=spherie bent,
i@t_z=xpU=d.r surface boundary layer, wind velocity, temperature inversion, meteorolog-
ical tower, meteorologic test area, meteorologic polygon, lapse rate
ABSTRACT: The purpose of this work was to develop a method for approximate calcula-
tion of the frequency of temperature and wind-velocity combination at heights of
50 and 100 m on the basis of ground-level data. Most data used were from observatio:
made on the 300-m meteorological tower at Obninsk, made available by the Inslitute
of Applied Geophysics. These data made it possible to check the basic foimulas and
to make a direct check of the calculated frequency of temperature and wind-velocity-
combinations at a height of 100 m against factual data. Temperatures and.wind

ACC NRt AT603437*3
velocities were observed at heights of' 8, 148.6, and 96.8 m every three hr (oloo, o4oo.
0700, 1001), 1300, 1600, 1900, and 2200 hr) separately for the winter (December to
Februar
y L962 and 1963) and summer (June-August 1962-1964) seasons. 7he observa-
tions were irregular, totaling 148 in the winter and 2h2 in the summer. Wind and
temperature profiles in the atmospheric surface boundary layer were analyzed by
means of the Obukhov-VDnin scheme; a simplified form of the Monin-Kazanskiy schememas
used for the lower 100-m layer. Lapse rates were calculated from temperature read-
ings at the 8-48.6, and 8-96.13-m levels. All data were considered in, relation
to low cloud covers (0-7 and 8-10). Atmospheric stratification was determined by
the following parameters: the lapse rate, the wind speed at the surface (H = 8 m),
and low cloud cover (with time of day taken into account). Four groups of conditions
were identified with different com@inations of wind speeds at the ground level
(s3 m/sec and >3m/sec) and 0-7 and 8-10 cloud covers. It was found that a simple
power function of the form v = v (z/z )M can be used to calculate the wind-speed
distribution in the lower 100-M layer1for daytime and nighttime conditions in the
winter and for daytime conditions in the sum r. Since changes in the wind speed in
the 100-m lay6r during deep inversions (at night in the summer) with wind speeds of
0-1 m/sec at the ground level were n6t takn into account in the power function,
the mean wind speed had to be calculated by differences in wind speed to obtain
sufficiently accurate results. It was found that to determine temperature changes
and to calculate the m powers, it was sufficient to use the mean values of the lapse
j Card @ 2/3

SOLOKIIJ, Anggey-Mkhaglovich.; VALIBALOV, I., red.; GERASEVICH, Z., "0
takhn. red.- --- - . -
[Handbook for the cutter-loader operator] Spravochnik gor-
nogo kombainera. Kemerovo, Kemerovskoe kniahnos izd-vo,
1962. 258 P. (MIRA 16:8)
(Mining machinery)

3/20-2/62/000/000-/004/021
T007/I207
AUTHOR: Soloknin, E.L.
TITLE'. Investigations on flame propagation and stabilization
behind a trough-shaped flameholder
PERIODIC.-IL: Referativnyy zhurnal, otdellnyy vypusk.42. Silovye
ustanovki, no.6, 1962, 29, abs-Lract 42.6,149. (V sb.
ljc3abilizatsiya plameni i razvitiye protsessa s oran"
ya v turbulentn.potoke". Oborongiz, 1961, 49-74).
'1'-EXT: -,),esults are reported on investiga-Vions of the structure of
the rE!verse-current zone, the exchange mec@.anism between the zone
and the working straam, as well as of the influence of various
parameters on the zone structure and the exchange mechanism. The
initial action of the jet behind flameholders of different.size
was investigated at a fixed distance from the nozzle outlet, from
which emerged an axisymmetric turbulent jet of homogeneous, lean
gasoline-air mixture. During the experiments, jet turbulence was
Card 1/3)

S/262/62/000/006/004/021
investigations on flame propagation ... 1007/1207
generated by means of grids. The parameters with one and the same
flow conditions were measured by various methods. The following
data were obtained: changes in the quenching characteristics of a
lean combustible mix.ture upon variation of approach velocity from
30 to 90 m/sec and of initial flow turbulence (UP to.15@); varia-
tion in size of the reverse-current zone and the gas flow velocity
within this zone with the approach flow velocity, in absence of,
combu--tion or in case of free-jet combustion under close-to-quench-
ing conditions; variation of the initial turbulence and the
excess-air coefficient for a constant flow velocity; distribution
of fuel temperature and concentration, of the axial flow velocity,
[Lnd of the ionization currents in the circulation zone, under
close-to-quenching conditions; variation of the gas temperature
and fuel concentration along the isolines of discharge or along the
interface between the circulation zone and the working flow
(stream); variation of turbulence intensity in a cold stream in
,the presence of screens or in a free jet; distribution of mean
frequencies w M and of the values of the Eular turbulence scale,
Card 2/3

ELM
ACCESSION NR: AT4041480 S/2535/64/000/157/0017/0050
AUTHOR: Solokhin, E. L. (Candidate of technical sciences)
TITLE: The combustion - mechanism in the zone of secondary air intro-
duction and the effect of the jet penetration range on the-character-
istics of pas turbine 4tombustion chambers
SOURCE: Moscow. Aviatsionny*y institut. Trudy*, no. 157, 1964.
Issledovaniyn rabochego protsessa v kamerakh sgoraniya gazoturbinny*kh
dvigateley (Studying the working processes of gas turbin.e engine com--
bustion chambers), 17-50
TOPIC TAGS: combustion chamber, aviation turbine, combustion, second-
ary air injection, gas turbine, jet aircraft
.,,-";TP,AC"-. Experiments were conducted with four aviation turbine
..on,,bustf.on chamber models having flame tubes 220 mm In diameter,
vaned inserts 100 mm in diameter, and conical flame holders to*de-
termine the effect of the selcondary air jet penetration range on 'the
heat release, the combustion efficiency, and the blow-off character-
I a t i c sIonization current, temperature, fuel concentration,

ACCESSION NR: AT4041480
and velocity profiles were measured in different sections of the
chamber with varying parameters of the main and secondary air flow.
The results showed that when secondary air is intrbduced, the entire
flame surface changes and combustion is intensified in the zone of
the chamber"axis. Due to tlxe.,;e factors, the heat release from rich
mixtures increases. Maximum heat release can be obtained either by
increasing the pressure drop across the secondary air inlet orifices
with unchanged operating parameters or by changing the operating
parameters with unchanl-ed pressure drop. Heat release maxi 'ma were
experimentally obtained by both measures. The secondary air jet
should penetrate to a large distance to ensure combustion around the
jet and to intensify combustion ifi the vicinity of the chamber axis.
The jet penetration range should be increased by enlarging the inl,et
orificeG rather than by raising the pressure drop. Jets from small
orifices are effective only for cooling the flame tube wall and are
not effective for improving the combustion characteristics. The flow
recirculation zone should be separated from the secondary air jet,
for when the latter penetrates into the recirculation zone, the blow-
off characteristics deteriorate.
C-aid
2/ 3-
- -- -------

i in 1- 1 c t r
@tt r Ic-
180)
@e t a I I @xtr 1 ehe sk iy zavo,l

SOLO A106.
Chemical cleaning and dyeing of clothes. Prom.koop. no.1:28-29
A '57. (MLRA 10:4)
(Cleaning and dyeing industry)

SOWMIN, L., lazh.
.-",
Improve the technique of spot removing. Prom. koop, ro@5:14 Yr '589
(Spotting (Cleaning)) (MIRA 11:4)

SOLOKHIN, L., inzh.
Lot us have a look at tomorrow; unsolved problems of dry cleaning.
Mesto prom. i khude promys, no.5:6 My 163. (KIRA 16:7)
(Cleaning and dyeing industry)

ism
Thermochemistry of cgtn I rU. Method
-.a determination of Intramote"Alu" -a of ingrants:
"its- in a calorimetric bomb. The bent of formation of
ammosalum, bleltroosate, arid t[khrornsfil, & F,_K4QL_
- 4A A.- "Midi 1-1- -
M~ow)! Ingul. &.kid,. Pidlitty i Drmf.
Ins$. ObificM i I'VettrIL. Kkivis., Akad.
30. cissubsistiou"
6tlicoxktatiouby0prewnttsaitt,,I.v,inponent. Onetle-
feet it( "Imsib caliprimetry" when used to det. the heAt Of
furiLution (it off. Cosolids. Is (lie fact that the heat of ro"Im.
tion appears thereasadifferetwe between Urge hentso(cons-
litistitits euch. of which must be exceptionally eAvuratc for
m-liable rwilts. In tours. chemistry the method offvrs Fe-
liable raults (i4d. 27, IM, 160(10&2)), and ritay be cots-
sklered accar;sto..withia +-217p, This beat tit formation of
(Nif,)~C,rA%ndql(NH#)tCr.Oow~istnt-amitd by themethixt
and -#39 * Carat -5W zl: 6 kcal./awl. were found for
the2salts. An attempt wo.4 made titexpand the
%crivs coneept of ors. clicusistry to intirg. ctqiilxls,. and t1w
host of fornuttion tit the 3r%l inendwr t( the et(), (hyp-
thetical) member of thc'hosuotog,,us scrivs, (Nff#hCr,O,,,
W-35 CatCd. (0 1W. 730 :t 10 LCAL/Utfil. IV. The synth". is
and beat of formation of cobalt chloride diacetottatc. A.F.
Kapustinskil and X, A. Sdakhin Ibill. -'I
of stilts. tit CoCl, its
finim the value, ('11t,4ittrd by Katzio And Permit.; (C.. L 47,
I IW'Alk) of 18.0 kcal.iftnol. A co-st. diacetonate Ct)ct:,L.1-
CIIiCOCIIs wa-i t;ytitlttsixed, and Ilic hmtt 0 its lornm6m
0', at 19' w;i- U W hf. .14erntirrie

KAPUSTIVSKIY.A.F.; SOWKHIN,V.A.
Thermochemistry of complex compounds. Report no.4. Symthesis
and determination of the heat of formation for cobaltous chloride
diacetonate. 17,V.Sekt.plat.1 blag.met. no.30:39-43 '55.
(KLRA 8:8)
1. Moskovskiy khimiko-tekhnologicheskiy institut imeni D.I.Ken-
deleyeva,
(Heat of formation) (Cobalt organic compQunds)

(2'
F-. n 7
t 4 o n
t r S I t i -or 2 of Sol--, 1) i.:@
v
v
C'
(Ro-
K@. L; 1
t )l
th-ory (RC, f 1 ' C, i 4 1'@ I f@)r i
t i ic to rc? :-.rd col
of t@,c I iosolved --!,,d t,:e t; -.vt@
in; t_.-.e di sooc 4 a t ior. .7tat e -@.nd t ir com@jo :A t ion va'@ i'-oo

un er -v-, in tei@,.rxc of equil i br iu
m, wi t;- t".0 P
01
conc,_,ntration -.rd temper-iture. Fro-: t .oint o f vio-a t'-Ie
11,r):- int(lrdlod to L-to th-_-
Altho-,@J: t'@e@- c!, 'cceed,,:@ in , i. t"o-, cryr:"'@! c (-_@ t t c
C 0 C 1 2 CH c lu 11 R e f 2 in ;@ u r c -4 L, j i -.6 @
2
of
of
c')1 "r` le f
',I-@@-
Ca rd
1 /4
n I c c. t 0 c v'_ 0 e
c - c I - a` m 0

-x F@@ t-* on i.-: t'.e S11,:;*'em CD,. it c 'D-c , .3@@
t- So, v A on T@--o-- :)f 3-1 @iti onz
+i f f, i @.ul t . A1 v,.y of' L@.o on:: cd toj
0 e i V'!!' Ho '5-8, 11,10) Muc :@ollltiollo "A' -w t
piril: -Lt t,-r cort@.,,,J (A' 2@'pp j
t 0 t.,,
c orre 2 i, 0!" d (! dicloct r- cJty
001@!11t @ r e
,I i SSOC 4Acd. a on t-.c ebull-Josropy of' c9bAt 7*.-,,1',.).-:::(,
colutions Mible 1) were o'Cl.-Lind by t'.e det.--r-d,--Aior
Imethod of t",,-2 colv-.tion of (Rrf i(,- whic'
are :@oived in mt-,Iia ivit-@ low coi- ,--t:i.-.t. It from
s@--Aura'ion ,.re co*,,!-t
this t,-:)' in solut4onE; ne.%- tc b -
ions affiliated with t,,,e mol(--cules. T,.(2 -):vation
numbero of these concentr: vary -wit.-in limits ",Car
,. . 0 -C 1, 1 @It
2, which is a @@jaraCte.-4 tj 0@ t',,C Coj@,
-xes. of t:-,c vr.-,:or pre.,:,Iure
nloride complc
IT-able 2, according to RaoUlt'o' I lal;j) shov: tl'.@-t vrith
incrc,@,sin6 concentration the molecul:-,r vtei@;.t L-.,@proaches
the same vFeiC',-.t of cobalt --liacetonate (11ra250) t' '-,-s
not been dissociLted. The meacure-ient results of electric
conductivity are prz:spnted in talble 3. The excessivnly
Ca r-1 2/4 h i!@7h v a 1 u. e s o f t ', c m o 1 e cr -.y e i E7 @'. t s c a i- b e ex Ie d,

("r):7,p I ex ir)!'. in t..,-- Sy.i" (,!:i It Ch I,) i` l'o A-
T,.--;- ry 0@' o..::'
t:@e S@)l
only ',.;y the as:,ociat i3r, and for i!..tion of
(CoECoCl J) in the olution. th- of
mo-CcUl @ 71ci -,-;oiil d be too 1 o-.-; for t'@iat c'.@ , on
the ot'-.er hand, i.,,,-'c%tes @-`-issoc-*,-ttion ndl oolvate
fOr-Ltio-. i' nu-t be
I L M
d,@finituly io.--.s in tkl@@c, r U 4 hi c' f i i
- r) n .;. -@ are -ited
t'lf-. .""'.-ter molecules. It recultj from t,.e
t.i,.t in (14@luted rolutions chlori-e ions due
to a low co.-@3t--.t, t:-,e mol ecules of tlie ind
form complex ions Ccon 412-: In concentrated solutions
near to ontur%tion, Ilowev-'-r, t.,,.e molce-zl-s solved in
ace or, a e 3
.,to--.c, chow t',o :iane composittion as diacet cry t-l
in t'.ii-t e.,-AlibrIum mixture mo-'ecules of tne S-me
com,.)o---'tion (lo-,i::-.te; however', t@@ey h.-ve a dou",.Ile
molecular weig'.A. In accorinnce -aith tl-4e dilution
of th e solution, th,e latter paos to niononeric
complexes in -- re7ersible way and u-:de., 7-iuinten-t.-.Ce of the
equilibrium. the e,juilibrium is :;hifted
Card 3/4 in t,.e d-i--ection of t'-e diss-@ci-,tion. To

S 1
in Sy@;tem Cot,,-,It Chi(,ride Acetone, 122
@nd t-.e Sol-i-tion T.e@rzf of
SDiationo,
all the properties of thlo whole ryate,-,,, also tirie
existe,,,ce of a ,,erien of other intermediate compounds, mi-A
t1-
be assur'led : CCoAcCl 3y and CC oAc3C13'. Thore -ire 3 tables
and 19 ret'creices, 12 of re Sjovi@.t.
ASSOCIATI()IT: I I o f;!,-
.oVol-4 y
iy institut i@101!i
(I'loocow Institute of Chemical Technol.ogy
imeni D.I.:.Iendoleyev) 7.,@.i'edra rjeol.t'r4 1:0--
_ -C@
khimii (Cl-.air of Ge,.@eral land In:)r,-;1.-:ic Che,ni!:try)
SU'--':11TTED: October 9, 10r,7
Can 4/4

KUDRYAVTSEV, A.A.; SELIVANOVA, N.M.; DRAKIN, S.I., dots.; MAYYER,
A.I.; SAMPLAVSKAYA, K.K.; SOLOKHIN, V.A.; STAKHANOVA,
M,S.; BUNDELI, A.A., prof,,'retaiinsent~-KARAPETIYANTS, M.Kh.,
.9
doktor khim. nauk, prof., red.; MELINUCIA, T.I., red.
[Laboratory work in-general and inorganic chanistry] Prakti-
kum po obshchei i neorganicheakoi khImA. (By] A.A.Kudriavtsev
i dr. Moskva, Mask. khimiko-tekhnol. In-t im. D.I.Mendeleeva.
Pt.2. (Work in the chemistry of elements) Raboty po khimii ele-
mentov, 1963. 122 p. (MIRA 16:10)
(Chemistry--Laboratory manuals)
(chemical elements)

DRAKIN, Sergay lvanovf,-,n@ KUDRYAVTSEV, Alleksandr Andreyevich:
SELIWSOVA, Nadezhda Yikhaylovna: YAYYER, Antonina
I,ianovna:l SWLAVSKAYA, Kira Karlovnaj
Aleks,eyqv@ch; STAXHANOVA, Mariya Sergeyevna; ALAVEnOV,
Ya.G.,,. red.; FEDOROVA, T.P., red.; KARAPETIYANTS, V,,Kh.,red.
[Laboratory work in general and inorganic chemistry]
Fraktikum po cbshchei I neorgani,:heskol khimil. Moskva,
Vyoshaia shkola, 1964. 268 p. (MIRA 18:4)

SOLOIUJIN, V.F.
Sinking wells in compact clay ground. Transp.otroi. 13 no.10:
13-14 0 163. (MIRA 17:8),

v - --
I @.I @ I ";,@ . /A.-Ilo " /,
OTNATANOV, G.T."=L!,_,Wt~o.Ti~.,,,RUMNITT, I.V.; LESIK, N.P.
WW "
Determining the adaptability of sands for hydraulic fracturing
of formations. Neft.khoz. 33 no.3:36-39 Mr '57. (XLRA 10:4)
(Petroleum engineering)
Oil wells)

LICSIX, N.P.; OVANTANOV, G.T.; RUPPEIUM, X.V.; SOIDKHIII, Ye.ya.
Principles for physical modeling of hydraulic fracturing of strata.
Trudy VNII no.16:64-74 158. ()URA 11:12)
(Geological modeling) (Oil wells--H7draulic fracturing)
(Rocks-Testing)

a"OLLYIMIN, Ye.ya.
I I meaauring 1@ht, vil.-ne uf iiijected watQr.
I-LItichazinel device foz
1@--ftep@rom. dolo nD.3:-!,.l 163. (MIRA 16.9)

SOLOXHIN, Yu,G...,assistent
Automatic control of fluid consumption with use of radioactive
rays. Sud.sil.ust. no.lsl89-198 161. (MIRA 150)
1. Kafedra sudovykh turbin Odesskogo vysshego inzhenernogo morskogo
uchilishcha.
(Flow meters) (Radioisotopes--Industrial applications)

Yn.A.; SV;-TUYE%*.*., V.M.; ZRrlV.VI-:'V, S.V.; VINOKUROV, V.G.;
TROITLSKAYAY V.S.; Prinimala uchastlye SOWKHINA, H.D,
Syntliesis and properties of 2-:.-.ercaptobensothiazole derivatives.
Part 1: Some S-oubst-itute" 2-mereaptobenzothiazoles and their
u7ifon,@--. 1,:,))
"h,,x.ob.kh4m, '32 no.9:3007-3021 S 162. 1 1
4 U+
farmakologii I khimioterapli AMN SSSR.
(Denzothiazole) (Sulfones)

VINOKUROV, V.G.; TROITSKAYA.. V.S.; @OL0191INA,, N.D..; GRANDBERG, I.I.
Pyrazoles. Part 312 Infrared spectra of 4-acylpyrazoles,
their salts and metal derivatives. Zhur.ob.khim. 33 no.2:
506-511 F t63. (KRA 16:2)
1. Institut farmakologii i khirdoterapii AMU SSSR J Moskovskiy
gosudarstvennyy universitet im. M.V.Lomonosova.
(Pyrazole-Absorption spectra)

I PA, V. G. -- '"UTA I N I ING OF HE AV Y F: I, ECTr;CLYT I C L, FAD I 'tn." '-u c @r, F E i-, -'-, 2' , , 1 u s c G %,
. ROE,` GF LEMN CtfERICOTECIMOL'@7ilCAL I15T IME'li L). I . .-!---?4f)t:LF.YCV !Ui@,@rPTATI(--14 rCFZ DiE:
'Ir -;Ifr -'@F CAhDJDATE m TEcpnj,AL
',(-:VCfltf-,INAYA MC-,KVA, JANUA,-,Y-'@rCE?.MEn 151-2

0 -7
9m
954, No. 4W75.-4u)oukb,'
sn4 b&W Cm deposits IM-200 I
Now. coats. CUM 260, USS01014, lhml=@m 0.005, It
0 A- --A a V
"'Notiff" 0.6 9-A. at
; q.W. hardness.
stmins. wo of the Ca deposit. im rme
CA wd Other fsctm vwmmc stluWdied. A
for lu=lthe wW to- the thkw. emeent i. dcmibW.
-M.Hoscb-a..

US-'R/Chemist--y - Electrolysis
Card .1/2 Pub. 147 - 20/26
Authors I Tsareva, Yu. S.; Solokhina, V. G.; Kudryvtoev, N. T.; and Vagramyanj As To
Title I Effect of surface active substances on the mechanical properties of
electrolytic Cu-depositions
Periodical i Zhur. iz. khim. 29/1, 166-173, Jan 1955
iz*
Abstract I It was tablished experimentally that surface active substances added
t
some t a to an acid copper sulfate solution for copper plating
i
m a
produce fferent effects on the mechanicel properties of the deposit.
e@
It was found that surface active substances can cause internal con-
traction and expansion stresses depending 'upon the nature and concen-
tration of the substance and the current density.
Institution Academy of Sciences USSRs Institute of Physical Chemistry, Moscow
Submitted June 9. 1954

Periodical Zhur. fiz. khim. 29/1, 116-173, Jan 1955
Card 2/2 Pub. 147 - 20/26
Abstract It was established that copper depositsobtained from electrolytes
containing thiourea and naphthalindisulfonic acid possess sufficient
plasticity, high micro-hardness and small internal stresses. An
instrument is described which records automatically any changes in
internal stresses of electrolytic deposit in electrolysis processes.
Nine USSR references (1935-1951). Tablej graphs; drawing.

'50
PTO.?"
Distri 4EQ AE,2c
L-tright-F-Oppel coadup v 0- SOUUMI-N. T@ Kudry....
avMv. and Y.", S. La@ituA#MOWOWPIOZ, 2 USY
25, 1956. CZo the thiourea coutg,acid electrolyte U@cd for
-Cu,plad4is added 2 &./1. naphthalened6ulfonic acid to re.
duce the internal strains and the brittlenem of the deposit.
_.qL C.A. 50 467?f. M. jg,
x

of lead front ulicaWic N, T
lldr@ owl tz"!
Va. "'LLO
-Aj); L 77-
44,
;Ibt-IT-L of @01-i @,f Sit. 11g. Cit. Al,and SI), mid of hCro..
KNI110, IZCIOj, 11:0z,allfl glycerul ott tit#- t1liality 'jf tile Vb
d"11("il, (11,111 :in A. electrolyte was deld. ill a reclankular
gl,lm.4 Cell. C.Iy Verol was Illost effective: ill(! soly. Ilf 111) ill
4N KOll hicteased froin 13Ag./l. without giverrol to 77.5,
101.1, and 115.1 g./l. in tile prese"CC of ;;0, 40, and 1:34)
nil./l. glvccrol; - tile c.d. interVal giVing dense dej,03it%
vithout dendrites increased. csl)ccially at Idgh truilm un(l
Mictl t1ji, e!rctrolytc was %tirred (with air); the accuinula-
tioll of Cartion-tte tip to 2N did not affect the results. For
best results tile following conditions were
an eletjrolyte contg. O.F-LON PI) (as plutribite or glycer-
ite), 3,5 -1.5S IN:iOll (cyr KOH). W-C5 tnl./l. glyccrol;
tcnip. viti,ont stirring. ac.d. of`O.@
flit. at IA-23' arid W', rksp., %vitil stirlilif the
i"e-a' 3-5 :ullp./,q. d lit. 'J'he curretit aicienry
appm,rhv, t --tild OW liottri7atirin was slight. GofKl ad-
he,irm W Ft: was 41)(AuLff by n preliminary cmiting of Cil or
Ci (0.2- 0,1@ p).

LAPATUKHINP V.S.; KOTIK, R.A.; SOLOKHINA, V.G.
Manufacture of masks with fine structure using a chemical
and e2ectrochemical two-side metal etching technique. Sbor.
rwit. po elektrovak. tekh. no.26:40-50 161, (MIRA 16:8)

SOLOKkl@A, Tej., kandId&% takhnicheakikh nauk.
IEfi* . &604rthe parameters of a flow in the AZial CleArance of a
&mm turbine. Trudy XAI no.68:61-81 156o (KLRA 10:1)
(Us turbine s-Asrodynatic @)

kandidat tekhnicheskikh nauk.
SOLOXHINA, - I"
Effect of the size of axial clearance on chRracteristles of gas
turbines. Trudy KAI no.82:59-72 '57. (KIRA 10:10)
(Gas turbines)

'ACC NRI AT02-6368 SWHCZ COM UR/00oo/65/000/000/0033/0044
AUVOR: Mil'ahteyn, D. M--, Avagivoy, At'A.; Dub.ow My, V. a.; iqkov, V. I.;
Pavlenkin, A. D.; Solokhov, V. V.; Shikhanovich, S. L.
ORG. none
TITIE: New trends In studying t e structure of the crust and upper mentle by
geophysical methods in Turkmenis an
SOURCE: InternnUonal Geological Con reos. 22d, New Delhi, 1964. Geologicheskiye
rezulltaty prikladnoy geofiziki Geological results of applied geophysics); doklady
sovetakikh geologov, problema 2. @bscow, Izd-voNedra, 1965, 33-44
TOPIC TAGS: Earth crust, upper mantle, magnetotelluric survey, seismologic
investigation, seismic wave, fault/ 7-v-M4e,,Jrm*1
ABSTRACT: The present paper summarizes the results of geophysical investigations
of the Earth's crust and mantle performed since 1961 in the Epihercynian Kara-Xua
platform and the folded Alpine region of Kopet-Dag. Magnetotellootiet surveys and
seismological investigations were conducted along a 110-ko subseridional profile
extending between Ashkhabad and Bakhardok. Several interfaces wen investigated
in the area near Ashkhabad. A geologiaa arose section along the profile showing the
structure of th4 Darth7s crust end the unwr @tle down to " ka has been proper*&
C.4"
F2

IkCC NRt
from the geophysical data. The region lying betveen the Sp1hercynian platform and
the geosyncline has been analyzed. The presence of.lateral Inhomopuelties JA the
mantle is noted. The presence of deep-seated faults is discussed# =6 tkwlr 2oca-
tion and extent are determined. Orig. art. bast 1 fi,pre.
BUD 0019: 08/ Mi DAMII 06J=65/ ORIG Wt 026/ M Ws 002
Cwd 2/2

DUBROV:;KIY, SOLONIOV, V.V.; SHIMANOVICH, E.L.
Applicability of the method of long-period variations of the talluric
currents in the case of a complex geoelectric cross section. Izv. AN
Turk. STI.Ser. fiz.-tekh., kbim. i geol, nauk no.4126-33 163.
(MUIA 17:2)
1. 0tr!,-%I rAzvedo(-hnoy geofiziki I seysmologii All Turkupnnkoy SSR.

L 471n8-66 Et%1)/FCC GV1
AW-WA. @116olq 84 OURCE CoDL-';---M/01-69/66-/000/002/GOOI/0002--,
AUTI-10R! Mil'@@n Avagimoy,. A. A. ; Dubrovakfy, _ V. G. - Lykov V. 1.
T. lvlenkin,' A. D. ; S91o Shikhanovich, . E. L.
-V- I
TITIE: The formulation of new trends of research on the structure ot
the Earth's crust and upper mantle in Turkmenistan by geophysical
methods \1-W
SOURCE: Ref. zh. Geofizika, Abs. 2G6
REF SOURCE: Sb. Geol. rezulltaty prikl. geofiz. Geofiz. issled.
stroyeniya zemn. kory. M., Nedra, 1965, 33-44
TOPIC TAGS: Earth crust, upper mantle, electromagnetic field,
magnototellurtc probing, selsmologic testing
A3STRACT: Infortiation on the structure of the Earth can be obtained
by a wa@,,.net@otgAjiLrj @4ethod of observation and interpretation
oj' t."Ic recordings of various typea of elastic waves, generated during
natural earthquakes, and by studying the variations with differen@,,,
periods of the natural elect;!qr \r This
@,,netic fteld of the Earth
qa
method is based on the study of the ratio of variations in the elec-*
trio and magnetic componenta-of the Earth's electromagnetic field.
Lc-r@-V-g-_uDc: 5f@0--511:551-14(575.4)

L 4 "t 16
ACC NR, U6019884
f,iagnetotelluric probincr stations provide the possibility of studying
variations of the electromagnetic field during a period of 10 seconds
to 24 hours. For Improved seismologicalAesting, it was verj im-
port-ant to design equipment with an intermediate magnetic recording.
An increased resolution of the recordings of the seismograph made,it
possible to use new inputs to determine the type and analysis of com-
posite waves. Seismological observations and subsurface magneto-
telluric probing in Turkmenistan proved the possibility of using both
methods for studying sedimentary layers as well as the structure of
the Earth' st and the upper mantle down to depths of app ximatel:
200--250 km8.c7Tran8lation of abstract] rNMI
SUB CODE: 18, 20/
hs

USSR/General Priblems of Pathology- Tu,-.iors. Experii.1'ental 71.erapy.U
Abs Jour : Ref Zhur Biol., 110 1, 1959, 4203
Author : Solokhova, L.A., Yankovskaya, T,S., Papoyan, S.416
Inst
Title The Administration of Neoembichine (Embichine Nj 7)
in Lymphoomnul@)mtosis, Leukisis and LymPhosarconas
OriG Pub V sb.: Vopr. rentGenol. i oWcol. T. 2. Yerevan, 1957,
325-322.
Abstract 35 patients were treated with Neocribichine (I): lympho-
gTanulonatosis (27), lymphoid IeWkenia (4), lymphasarco-
mtosis (3), mycloid leukerda (1)) 1 was injected to the
patients 203 tines weekly, beginning, with 5-6 to 9-10 rig
daily; the tDtal course was 40-112 na. No side effects
were noted in 23 patients, and in Vie renaininr, Mies m-
nifestations )f musea and-.,vozdtIuG disappeared or do-
creased when I was adrmil-listered in combination with hyp-
1r)tics (medinal and others); bl.3od transfusim was
Card 1/2
- 31 -

GAZARYAW, &S.v kand.med.nauk; MAZMANYAN, S.A., mladshiy naucbnyy
sotrudnik; SOWKHOVA L.A.
Results of the treatment of lymphogranulomatosin only with
di-trimitan in.conjunction with X-ray therapy. Tdp.Ant.i
onk, 6t265-271 161, (MIRA l6s2)
(HODGKIN'S DISEASE) (PHMUCOIDGI)
(X RAYS-nfEUMTIC USR)

30LUI: I' i Y "'.. -' .
USSHI Chemistry
Card
Authors
Title
Periodical
Reaction processes
t 1A Pab. 151 - 2/33
t Konarev, H, I., and Solokin, A. S#
: About reactions in solutions between zirconium nitrate and iodates of
alkali metals. Part 2,- Composition of Zr-iodate deposits settled in
solutions containing potassium iodate
: Zhur. ob. khim. 24/8, 1279 - 1283, August 1954
Abstract : The composition of crystalline Zr-iodates was determined not only by the
concentration of KI03 but also by the acidity of the solution. It was
established that freshly deposited Zr-iodate is unstable and, during
longer stay with the mother liquor., it reacts with KI03 and iodio acid
forming hexaiodate and enaiodate. The effect Of KI03 or iodio acid, on
the rate of conversion of deposits into crystalline state., is explained.
One USSR reference (1954). Tables,
Institution 600*
Submitted Mrch 15, 1954

IOBASTOV, V.D., inzhener; SOLOKOVICH, MS., otvetstvennyy reduktor.
[Catalog of telegraphic equipment] Katalog telegraftol apparatury.
Moak-va, Red.-izd. otdal BTI, 1948. 102 p. (KLRA 8:2)
1. Russia (1923- U.S.S.R.) Ministerstyo promyshlonnosti aredety
avyazi. Byuro takhalcho4koy informatsit.
(Telegraph-Apparatus and supplies) (Telegraph, Wireless)

ri"k) FPD/T
ACC [e-mail]-02226@ SOURCE CODE:I@ejbbOO/@9/0 60/000/0024/0027
AUTHCR: Der-yugin, I. A. Solomko, A. A
ORG: none
TITLE: Information capacity of laser modulators in the microwave band
SOURCE: Vsesoyuznaya nauchnaya sessiya, posvyashchennaya Dn@yu radio. 22d, 1966.
Sektsiya kvantovay elektroniki. Doklady. Moscow, 1966, 24-27
TOPIC TAGS: solid state laser, laser modulation, laser communication
ABSTRACT: A formula is developed for the bandwidth of laser modulators based on the
linear electro-optical effect. The formula shows that the bandwidth Increases
when the crystal length decreases. Microwave bandwidths are calculated for the
modulators having the form of a circular (mode E) and rectangular (mode TE)
waveguides partially loaded with active crystals. Neglecting the microwave losses,
* circular waveguide can transmit up to 107 bits per see at 9470 Me with AV - 30 He-!
* rectangular waveguide would transmit up to 109 bits per see. With an allowance 7
for the microwave losses, the information capacity is still 106- 107 bits per sec.
Orig. art. has: 13 formulas. [031
SUB CODE: 20 / SUBM DATE: 11Apr66/ ATD PRESS:,@@-j,@@
Crd 1/1

GARTSMAN, B.N., kand.okonom.nauk; VAWSHONOK. A.B., Inzh.-okonomlst;
SOLOLINA, D.L,,_jnzh.-ekonomist
Growth of production and Improvement of technical and economic
IndIcas in the building-ceramica industry. Trudy W11 Stroikeramiki
no. 14:154-168 159. (MIRA 14:1)
(Ceramic Industries)

71.-- Classical TIwory of Flowentary Particles Wbint Clectroril. by A. A. Sololow.
I..%Intk Vaikovskoeo Vniversiteta tSSR. No. 2. rebruary 1947, is P. (in
Ifims inn) .
knOrr%if i(-nl discussion slinvini that to oxcitirlp the' irif ini(e projer mriax of an plo-rtron.
it a -n I w Id rimt L-- cors j,l,-r i-I a% we I I no thp Mnitwe I I inn f ipl,l. Almo- an 4"plit inn
Arni-i tle rvv@m--nl of n Toint elertron in -xnmin-1.

Srj3.Ql (I -crriov j. "on mie quarittri th@?oi7,- of t ie raddativ- :1'entran
ov 'Ir.
i TSOjj,,7TC@:7-Sj:Oj FIZIKI 1953, Vol. 25, lio. 6 (12)
1 11

SOLOLOV B. V.
USSR/Electricity - Transmiesion Lines Jan 51
Clamps
"Release Cl@mps for Electrical Transmission Lines,"
S, S@ Rokoryan, B,, V. Sololov,.A. N. Sberentsis,
Engineers, "TePloelektroproyekt"
"Elekt--ichess,,ro" Wo 1, pp 60-64
Discusses constr of release clamps. Anal of their
operation in elec power systems of Min of Elec P@.)vcr
Sta shows -@heir use is effective from economi@.
standpoint. Submitted 17 Aug 50.
181T33
1PIT33

ISOLOLOV, D. ]-).
Afforestati.n
Park in a semiarid area. D. D. Sokolov. Les i step' 4, No. 7, July lx)52.
Monthly List of Ruddian Accessions, Library of Congress, September 1952.

SOU-WV. G.. direYtor-podpolkovnik t.vnpi
Practices of p.-ogressive engineers In obtaining hirher efficiency
of locomotives. Zhel. dcr. transp. ne.):16-26 147.
(KRA 13:2)
(Loconctives--Performance)

-,( iJ -1 : ;@.
.Plasmon in 'he f i,,rji' ag
. gainst iZastro-intestinal diseases of thE@
SO: VetuerinariYa 30 (- @, September 1'-;53.
/ 0

SOLOLOVA-VASIL'YEVA, Ye.A.; KUDRYAVTSEV, G.I.-, STREPIKHEYEV, A.A.
Saponification process of pol"crylonitryle by sulfuric acid.
Zhur. prikl. khim. v. 31 no.5:785-790 MY '58. (MMA 11:6)
l.Voesoymnyy nauchno-isoledovatellakly institut iskusstvannogo
volokna.
(Saponification) (Vitro compounds) (Sulfuric acid)

A('T',.'GRS: Kucherenko, M.T. and Solollskaya, A.V.
0')V-21-5E-4-19/29
TITLE: on Certain Peculiarities of Sediment and Coal Accumulation
in the i7est Regions of the Donbas During the Carboniferous
Period (0 nekotorykh osobennostyakh osadko- i uglerako-
pleniya v Karbone zapadnykh rayonov Donbassa)
P'!1RJODICAL Dopovidi Akademii nauk Ukrainslkoi RSR, 1958, 'Nr 4,
pp 434-436 (USSR)
ABSTRACT: On the basis of a study of lithology and facial pecyliarl- 4
ties of the Carboniferous sediments of the suites C I to C 2
in the western regions of the Donbas, it was established
that the conditions of peat accumulation in the Lower and
Middle Carboniferous times were not the same. In the Lower
Carboniferous time, peat formation was connected primarily
with boggy maritime la � oons, while in the ViVle Carboni-
ferous (suites C-L to C2) peat bogs were mainly formed on
Card 112 broad alluvial p@ains. Differences in the coal quality of

SOV-21-58-4-19/29
On Certain Peculiarities of Sediment and Coall Accumulation in the West
Regions of the Donbas During the Carboniferous Period
the Lower and Midlle Carbonifero:.:s af,.es are accounted for
by different conditions of peat accumulation. There is
1 Soviet reference.
A,'I'SOCIATION: Dnepropetrovskiy gosudarstvennyy universitet 'Dneprope-
trovsk State University)
PFESENTED: By Member of the AS UkrSSR, V.G. Bondarchuk
SUBVITTED: July 26, 1957
NCTE: Russian title and Russian names of individuals and insti-
tutions appearing in this article have been used in the
transliteration.
1. Geology--USSR 2. Coal--Geology 3. Peat--Geodogy
4. Geological ti-me--Determination
Card 212

L 1709..66 -EWT(m)I-WA(d)lg&(WgWP(-w)AgWiz(:b)--IJP -c fi
; fO 31)9 3 &W
ACCESSION HH: "5021955 / 0/0050/0052
621.745-32s62i.3'.'~011.3:669*721#3
AUTHOR: Kalish, R. M. (Cand. of technical sciences); Sololovskly. B. A.;
Demant',yev, A. L.
TITLE: Experience in :malting _81IM-Alloys in furnaces of the IPHV-500 t3@t-
SOURCE: Byulleten' tekhniko-ekonomichas oy informataii, no. 8p 1965, 50-52
:TOPIC TAGS: magnesium lloy, induction furnace, m;elting, furnace, heat transfer
AB_ CT: Four commerl-11 frequency induction furnaces with a removable 500 kg
ci
@ctucible (see figure), designed for melting magnesium alloys without recasting
into distributing furnaces have been built and installed at an Junnamedj plant
of the Central Volga Regional Economic Council. One of them has by now been
operated for one and one-half years. The furnace's crucible is of an all-welded-
cone-ahaped steel-plate design. Its walls are 20 mm thick and bottom 30*mm thick,
The crucible is 1260 mm -thick, with a mean inside din-Ater of 630 Mm. Principal
,specifications of the furnace: time of malting and preparation of working alloy,
80 and 60 min (for cold and hot crucible, respectively); malt temperature. 850*C;-
maxLetuut and menu furnace power, 350 and 320 kv, respectively-, maximum furnace
Lcqrd- 1/3.

-1, 1709-56
ACCESSION HR: APS021955
current, 1000 a: efficiency, 0.88; unit power requirement per kg of magnesium
alloy produced, 0.6 kw. Operating experience shows that the production of magnq-
sium alloys in this furnace rather than by the duplex.process saves at least
12,000 rublea per year per furnace and takes only one-half as long. After dis-
connection of the furnace the metal is not removed for 15-20 min. During that pa-
riod the temperature of the alloy continues to rise owing to heat transfer from
the muffle rings. After this temperature reacbes 780*C,.the metal is cast into
molds. Tests show that both the mechanical and corrosion properties of tho_Kk_-J-
alloy produced in the IPHV-500 furnace are not inferior to those of t1le alloy
produced by the duplex process&
ASSOCIATION: none
SUBMITTED: 00 ENCL: .01 SUB CODE. NK, Is
i'NO REF SOV: 000 OTMM: @'OOO.'

APS021955
ACCUSION
3 /3
ENMA

29215-6(t
ACC NA, AF6019096 (A,N) SOURCE CME: &F03W970001002/0069/0071
AUTHORs -'MAk+A- A. L -(APPirant)
ORG: All-JJnion Institute of EWrimental Veterinary Medicine /Soientific head, Candi-I
date of vvterinaz@r sciences Do Do Polos/ (Vass0yumw 3ZBT4=Z ekspeAmeniallnoy
voterinari-i)
TITW: Potentiometrio method of measuring cholinester"s so
tivity In animal blood
SOURCEs Voterinartya, noo 2. 1966, 69-71
TOPIC TAGSs on", bloodt hydrolysis, potentiometer
ABSTRACTs The author's method is based on measurement of the dopes of change in the
concentration of hydrogen ions in the reaction mixture as a result of the acid formed
in enzymatic bWdrolysis of the corresponding choline ester (acetylcholine, butyl
choline, etc*). Detailed directions are given for plotting the calibration curvo wid
for carrying out measurementse Figures for ch6linesterase activity in the blood,
plasma, and erythrocytes of five different animals (horses, dogs, cattle, shooDs aid
chickens) sre given in a tabloo Orige- art# hast. 1 figure wid I table rip"i
SUB CODEt 06, 07 SUBM DATEt none
Card MCI 61%616.@43.257.1

SOLOMAKHA, G. P., Cand Tech Sci -- (diss) "Mass-transmission
A
I
In the gaseous phase on ped plates." Mos, 1957. 18
pp with graphs (Min of Higher Education USSR, Mos Inst of
II 4@L
Chem Machine J@ @114 ), 100 copies (KL, 52-57, lo8)
- 74 -

dM "Ap
Distr: 4F,4 . Ilatrowy. M0,51O.WT
V. A
N is @ZMOW mixu. %ith sk in a
ocated-gimin at various rates of PS sow OW at
"rims dftivm of the "des. Ali the pouMtks am
treated mathematically. and formulas are dcvivtd for the
best dedgn of perforated p6tes, so thAt a rather compact
absorption column is the final result. 17references.
Werner Ivolisoa
. ..... . ................

SOV/124-58-11-12885
TransIaLion from: Referativnyy zhurnal, Mekhanika, 1958, Nr 11, p 145 (USSR)
AUTHORSt. Solomakha, G. P. , Matrozov, V.I.
---- - -------
TITLE: Investigation of the Mass Exchange in the Gaseous Phase on Sieve
Plates (Issledovaniye massoobmena v gazovoy faze na sitchatykh
tarelkakh)
PERIODICAL: Tr. Mosk. in-ta khim. mashinostr. , 1957, Vol 13, pp 53-77
ABSTRACT: Bibliographic entry
Card I/--

- I - - F It, 'T ! - I - - -- -I -
@ . I f ;I f : -, @ "
PLANOVSKIY, A.N.; YATROZOV, V.I.1 CHEKHOV, O.S.; jjQLOKAKHA. G.P.
-
Relationship between mass transfer and liquid resistance on bubble-
cap and sieve plates. Khim. i tekh. topl. i masel 3 no.3:30-33
Mr '58- (MIRA 11:3)
l.Mookovskiy institut khimicheskogo mashinostrovaniya.
(Plate towers)

SOLOMAKHA, G.P., kand.tekhn.nauk; BLYAKHMAN, L.I., kand.tekhn.nauk;
@ I FRMOROV, V.P., inzh.
Column apparatus for the decarbonization of cyclohexylamine
carbonate solutions. Khim. mashinostr. no. 6s4-5 N-D t62.
(KRA 17s9)

SOLOMMMY G.P.; PLANOVSKIY, A.N.
Relationship between =ass transfarlin'the gaseous phaze
and hydraulic parameters in bubbling (sieve platesy.
Khim.i tekh.topl.i masel 7 no.6:1.:.? Je 162. (MIRA 15;7)
1. Gosudarstvennyy nauchno-iseledavatellskiy institut
organicheskikh poluproduktov i krasiteley i Moskovskiy
institut khimicheskogo mashinostroyeniya.
(Plate towers)

PLVj'OVBK'rl, A.N. ;_SOLOMAKHA, G.F.
Dependence between mass transfer in the gas phaee and hydrau-
lic carametera in bubbling. Kh1m. i takh. topl. i masel ".
no.10zl-8 01-11 (IeRA !7t'7)
1. iris t1tut organichaskikh polu-
produktov i krasitelsy I Mcskovskly institut kh2micheskoga
mashinostroyaniya,

SOLOMAIM) G.P.
Yl-rst International Congress on Chemical Engineering Techniques#
Chemical Machinery Manufacture., and Automation, Xhim,i tekh,
topl.i masel 8 no.1:71-72 Ja 163. (KIRA 16s2)
(Chemical engineering---Congresses)
(Automation-Congresses;

PLANOVSKIY, A.N.; SOLOMAKHA, G.P.,; FLOARKA, 0.; SARUKHANOV, A.V.
Structure of criterional equations characterizing mass
transfer In plate columns, Khime prom. no,2:123-125 F 163,
(MIRA 16:7)
(Plate towers) (Mass transfer)

'S C) LEJ,1,Yd,: 71-. 1 1'@ .1 '.
"On the form of generalized equations describin@ mmass transfer in a gas pliase
on turbogrid trays."
repcrt submitted for 2nd All-Union Conf on Heat & Mass Transfer, Minsk, 4-12
May 1964.
Sci Res Inst of Organic Intermediate Products & Pigments.

j ra,3 r@,;l 7@r n s v(tr
rc,-

K kf( I S Ii I N I A,!',; ,
.-ondennution Gf acenaphthenequinone and its halo derivatives
w,'th rhodani-ne. Zhur. org. khim. 1 no.11:2062-2C6'5 N 165.
(MIRA 18:1z)
1, Foltavskly pedagogicheekly Inetitut. Submitfcd August
4, 1964.

Investigation of the Temperature Influence on the S/170 601003100810061014
Luminescence- and Absorption Spectra of B019'P/B054 82322
Complex Molecules in Solutions
phthalimides have the same character of band shifting. In the solutions
mentioned at first (Fig. 3, Table 1) the optical transparency is
maintained at the change in state caused by the cooling whereas in the
solutions with different character of shifting the strong fissuring
exerts an influence on the change of state. Further investigations
have shown that the shift of the fluorescence- and absorption spectra
occurn In the direction of the electron transition frequency. This
effect may be observed both with solid solutions and with liquid ones
which change their state with decreasing temperature. Theoretical
inves-ligations show that the spectral shift toward the electron transition
frequency Is due to the change in probability of vibrational transitions
of electrons. This is explained in connection with the increasing effect
of the medium on the fluorescent molecule. B. I. Stepanov (Ref - 1),
L. P. Kazachenko (Ref, 7), and R. V. Lellchuk are mentioned. The authors
thank A. N. Sevchenko and B. I. Stepanov, Academicians of the AS BSSR,
for valuable advice, and V. V. Zelinskiy, Candidate of Chemical Sciences,
7- 1 table, and
for the supply of the phthalimides Trere are 4 figures,
15 Soviet references.
Card 2/3

KUCHOMOV, P.P.; KOVAIJ:VSK)LYA, N.I. (Kovalevelka, N.1.1; SOLOYAM, M.N.
[Solomekboo M-M-1
Works on the selection of sorghum and Sudan grass hybrids.
Trudy Inst. gen. I soil.. AN URSR 5:3-10 158 (MIRA 11:9)
(Sorghum) (Sudan grass)

S/133/60/000/008/007/013
Relati3n Between the Number of Tubes Rejected on Account of Skins and the
Chemical Composition of Steel
aggravates the defects in tubes by extending them longitudinally and by
"pushing" them in radial direction. With regard to chemical composition
it was found that mainly sulfur has a considerable effect on skin formation.
Structural analyses disclosed the segregation of sulfur along the longi-
tudinal axis of the casting, i.e., in the zone, where the mandrel passes
through the hollow shape in the pilger process, which gives a physical
explanation of this phenomenon. In tubes made of steels with a higher
manganese content (361-2c - 36G2S type steels, with 1.65-1-85% Mn-content)
the skin formation is inhibited, as manganese forms with sulfur heat-
resis-.ant compounds in the steel and prevents the formation of easily
melting sulfurous eutectics on the boundaries of the nuclei. Tubes with
a higher manganese and carbon content (made of drill steel), however, can
be deteriorated in quality on account of their phosphorus content. By
methods of mathematical statistics based on tests carried out for 9 months.4//
on thg sulfur and phosphorus content of steel for drill tubes, the follow-.-
ing correlation coefficients were obtained; 0.33 (for S) and 0-34 (for P).
By lowering the S and P content to 0,005% in the steel, the waste in tubes
due to skins can be reduced by 7-10% and for the Taganrog Metallurgical
Card 2/3

S/133/60/000/008/007/013
Relation Between the Number of Tubes Rejected on Account of Skins and the
Chemical Composition of Steel
Plant this means a saving of 600,000-700,000 rubles annually. There are
3 tables.
ASSOCIATIOVi Taganrogskiy metallurgicheskiy zavod (Taganrog Metallurgical
Plant)
Card 3/3

SOLOMAKHA, N.K.
- - i I I - - - -
Optimum weight of the charge for open-hearth furnaces. Metallurg
8 no.8:17-18 Ag 163. (KMA 16:10)
@,

m
1. SOWHAKHAO V., Eng.
?. USSR (600)
4. Machine-Tractor Stations
7, In Gitalov's brigade, MTS, 13, no. 4, 1953.
9. Month! List of Russian Accessions, Library of Congress, Ap@-ll -1953, Uncl.

S/598/60/000/004/005/020
D215/D302
AUTHORS Reznichenko, V.A, and Solomakha, V,.P@
TITLL- Chlorination of titanium monoxide and dioxide
SOURCE-, Akademiya nauk SSSR. Institut metallurgii. Titan i yego
splavy, No. 4., Moscow, 1960. Metallurgiya titana, 39-53
MXT:, An investigation of the kinetics and thermodynamics of the
chlorination of TiO and TiO 2 with molecular Ct 2 is described, after a
theoretical discussion based on Soviet-bloc and Western work. Know-
ledge of these reactions is said to be of great practical value in
treating Ti-containing slags. The chlorinations were studied by passing
dry C t 2 (in 50.% excess) at 6 e/hr over lOg compacts of the solid re-
actants, in a tubular furnace, for 1 1/2 hours. 'rite compacted reactants
consisted of Ti oxide (100), petroleum coke (50) and coal tar pitch in
Cc e 4(8 parts) and were first briquetted.., dried and degassed in vacuum
Card 1/3

S/598/60/000/004/005/020
Chlorination of titanium 1)215/1)302
at 8000C@ The reaction tube was purged with N 2 before and after each
experim,ent aid all products were collected and analyzed, following the
extent of the reactions by measuring the yields of TiCP,4 * Oxygen
contents in the gaseous and solid products and the initial and final
,rio, contents were also determined. The abovS 3 methods gave closely
2
similar, results.. Ali empirical relationship d b + N, where B=%
chlorination. Q-gas flow and b and k are constant R., was discovered for
TiO 2' for Q varying between 2 and 13 O.Vhr, at 700 C. At 6P- of Ce 2 per
hour., tip to 601% excess of C over the stoichionetric amount 0had no 0effect
on B. rhe relationships between B and time, at 4000C, 500 C, 600 C,
'700 OC and 9000C are shown grapliicall@, It was found that the extent of
chlorination could be expressed as 13 - -b+A.t -E , where t = time, A,
eRT
R and T have the usual meanings and the activation energy E was,--'1,650
cal/mole for the initial straigh, portion of the curves and increased
Cjird 2/3

Chlorination of titanium ...
Lo 2,200 cal/mole for the parabolic
chlorinated at lower0temperaiures
by working above 600 C. There are
11 Soviet-bloc and 2 non-Soviet-bloc.
language publication reads its follows:
C. Beckett; "ritanium and its compounds,
S/598/60/000/004/005/020
0215/0302
parts of the curves. no was
and little advantage was obtained
8 figures, 2 tables and 13 references:
The reference to the English-
G. Skinner, 11J.. Johnston and
Columbus, Ohio., 1954.
Card 3/3

S/137/62/000/006/045/i63
A006/A101
AUTHORS: I>nitrovskiy, Ye. B., Reznlchenko, V. A., SolQmakha, V. P.
-I.TLE-, Developing a system of using leucoxene-containirig ores
PERIODICAL; Referativnyy zhurnal, Metallurgiya, no. 6, 1962, 15, abstract 6G112
(In cuilection: "Titan I yego splavy", no. 5, Moscow, All SSSR,
1961, 13-16)
"C
.-Xf- An electromagnetic concentration scheme with prel!minary reduction-
r--,asti-ng of ore was selected for the concentration of Ti-ore, represented by
sandstone. Prior to roasting the ore is mixed with petroleum
rckii, the roasting temperature is 1,1500C and duration 1.5 hours, Electromag-
separation Is conducted in a field of about 2,000 oersted strength. The
,@,r,.@.,entrate obtained contains 42 - 43% Ti02, 2
14.4% Fe 0 and is chlorinated at
oot--)0C. The percentage of chlorination is 98.9 for Ti. 9.3 for SI, 94.5 for Al,
)b for F-@. Cl consumption per 1 ton of concentrate is 1.23 tons.
1Ar)-itE-ac--.er's note: Complete translation] L. Vorob'yeva
Card 1/1

S/59 61/000/00q/00I/010
D040YDI 13
V.,'., a-d Solomall-ha, V.P.
t t:,-,,:i c f t' e t4tanium oi-,E; ch2:orin.-I,` on proc(,Os
.@-,@taiiur-iya I
titana, in,-il
d@ I C -, C! A ti. -:3 -b t
t 114 C 0
1-:"I'@n c C, L IC,-3
n
tot !@,I 14
I r. n C -21- L'-",
of c'-lorine @;as and -,,-@oduces c',loride
re - - 0
t 141 4 n,
%::- .1 ctr,,. Chior4-a'ion of -ure titan`um c-,-4doz
0 T -L 0 a.M TiO, and titanium carbide been tri:2d prev`ouoly
5'
d a,--e -, con"nua'i3n o' otudies in t--c field.
:-,t-,-d:- -aaj con-',--ted 'cD Jrvo-ti-ate tl-.,:? effect of the chomical ind
--- -, I -- u
of jla,-2 or. 'he Jntensi ty of chlorination; the

31159 V@_" /000,100."/001/010
of t h --3 f um D-.!O/D!13
n_-_-ccj2e@@ uz;4- @Iiffcrcnt sla- ' pes; the eff ct of lo,.ii Ti
ti, V
xide, c,
and iron o. sJ7 a, alumina a a ar
n' c, bon;
ir chlor;n_" 'Oc 0 C'
Oll cis.
0' ni@);11@;O for cillorille. "'-ac ."Id
C: nitz*3 -(.m thr,?e columrs -.-;J.'2. a i
c c . li'm
v c --- tC.1 1 c 0 11 t. c f I a c 0 1 cl 11
'o-
c 7 c 1 a 12. r -D i -.1i ch -1110 -in@" j@ao ponc@ 'od
!)-j" t;x:: a r Th c. ar t i z; 1 e incl-ados dc,-tailc of toc-n-OueS
7 ole cnCills 4
o von sla@ tyrt2c @s,@d.
1, x.1 :7 1 0OWn the nrocc:33 of' ti t=i-,im c" cl-iI.Orin,,.tion
ic e c c n t e n r. t h e @;,% o c c, a -@ c ; ( c_-2-cium
'0 * " r. or o'
:7 ST)Ced th
. _c
1 0 f t L'.-. um, z; 1 a@:s c, b It an c d fl u --: m Q o c' a I o r
cally yui-e li tan. i um di oxflc and co:- i L rabl,' f'L3 tcr.
frc," il:-.@-_-nite con-l-c.-itrate melts -wit-out addition o' a ux. Thq
t o -1 f C t D I .-. n _ t- - -
'.1 - calcium o--ddeo on the chlorination -Oro-
'.Itr@nim zlazc con'ii-.rs t-,a' 'ha Drccoss iz o' an absoru"On-
arc, _-ures and S 'ables.
2/2

31596/611000100510021 10
D'.1, O/D1 17
'olom,%kha, V.P.
t,*,,-::.,t-_n,- of 1.1'anium dio-ido
j 1 tj I all, -iJ . TJ I-= yo,-,-o z-! avy
-zr
5 "o c 0 1@1`71 - t [,.11 ur 4-.y a J_ im iy a titam%, 1-15-11P
r c c Df c I
-@ncc cf o c al 7 or. , t! c
f in t1o --c!,7
I' n u t I I Z a t i z,.-: d, t on. D -f f 3
nrl. de,,rc:o,,;,j naw,
o@f the cxist;_-@;
oz.-2:; . Terr-, e @:a ture
r c! L _..,.,.nt.; ino--t-"Cicien't effect. Tho zubject
c c, 0 Of 1,C) n a reaction ti:o,, at
c
d '2 V,-x 1 nd f 1 C', o 10 c i ty 0 c n
Z; 4 t i Z@!-. 0 C: Ae Z; c r e d 7, v -
r,"Titaniun. and itz
c :3@

n
0

t
, :n c @l
v C.
3. from 6c m--
;

ly t t 1-3.
ljir,,@@d 120
Z
I
.
,
- of c
T-C" o c
-o:;c
..
,
-

t i r. T,
a-2 7:1 cf 1) --J L-C-la";-ivo Of 00
0, :@ri nc w v c 0 -
4- - M, ;,iu'
-je:-
n c C@ u r r 0e at T;
Cl ou
-
y
,
--r-c fn t!-i etulj-e and"- 41-r
of C,
, a f
"
1 t
I -
..
-
- I-
y
2
t4 C)n t a L
"w"

7 1
tha 4- "-
e I I C '0 0
.
Onj
of TiOll. vo..
effect in the and c'-
1orinc lz
4
t'-c- due to c.:ccz3 o-@' re-
_@,--Ce 0
'
-
'il c, r n - i@ o -
,b a cl: c: a! -
2 tc
a
.
..
.
.
@
,