SCIENTIFIC ABSTRACT SOLOVYEV, A.M. - SOLOVYEV, A.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001652310012-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 25, 2000
• Sequence Number: 12
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

ACCMION NRt Ap4o4lo68 S/(XL70/64/OCO/006/0006/0012
AUTHOR s Deyev, V. L; Solov 1y*Y A. K.
MlUt Concerning the boiling mecj anism of liquid sodium on a heating surface
with natural convection
SOUFCE: Inzhonerno-fiziahaskiy zhurnals no. 6. 1964j, B-12
TOPIC TAGSt liquid sodium boilingp bubble boiling.. vapor generation center,
bubble &rowth rate.. bubble breakaway diameters thermal conductivityp thermal
diffusivity, liquid wettings vapor nucleus, heating surface depressions viable I
nucleus size, heat exchange coefficients natural convection
ABSTERAM The boiling of liquid sodium on a heating surface with natural
convection was studied. A bubble type boiling of a wetting liquid vas assumeds
and the results were caVared to water boiling under normal conditions, The
boiling was studied by considering the various stages in the life cycle of a
bubble formod at vapor generation centers (holes in the heating surface), Apdr
nuclei formed at the generation centers are viable only above a critical size
wil-Lich depends on the form of the vapor generation center and the degree of
Card 113

AcussioN NR, Ap4olao68
wottability of the surface by liquid sodium, It can be calculated on the basis of
the work by S. S. Kutateladze (Oanovy* toorii toploobmana. ~Whgiz.# 1962), va34d
for vapor formation in a superheated liquid. This method of calculation MW be
used in a nonuniform temperature field, provided the temperature chanGe over a
distance comparable to the nucleus sizo is small and can be disregarded. The
critical sodium nucleus in larger than that of water and decreases under in-
creasing pressure. The rather largo nucleus size required in the case of sodium
limits the number of generation centers. On a smooth surface boiling is difficult
and occurs only in the superheated liquid at the heating surface. For this reason,.
in liquid sodium the degree of roughness or the heating surface has a significant
effect on the heat exchange, Bubbles above the critical size grow quickly by
absorbing vapor of the superheated liquid on the heating surface. T1* coefficient'
of heat exchange for liquid sodium at low pressures is close to that for water
under normal conditions. The bubble growth rate in sodium in Urger than in water
as a result of the greater sodium thm*mal diffusivity; the rate of bubble growth
and broakaway diameter can be calculated. The breakaway mechanism differs consid-
erably from that in water due torrapid bubble growth requirina the liquid rosistarl~.
force to be included. At lower pressures the surface tension foroo can be ignored,,*,,
but at higher pressures it becomes comparable to the resistance. At atmospheric
N7.

ACCESSION M AP4041068 I
pressure soditua and water breakaway diameters are coVarables but at lower pres-
cures the sodium bubblo diameter is greater. After breakaway of the bubble a
now bubble cannot form until the liquid is again superheated. The necessary
time can be calculated and is related to thermal conductivity, Since sodium
bubbles are larj;er) tho reheat time must be longer in order to produos a suffi-
ciently thick superheated layer, As the bubble rises to the surface there is &n
inlElenso hoat exchange from evaporation into the bubble. This causes constant
bubble growth. Sodium bubbles are sluVed like mushrooms and rise sit 24 cm/880
(as do water bubblos)p but their faster growth causes than to attain a larger
size than that of water'bubblese Orig. art. hast 6 equations,
ASSOCIATION: Institut teplofiziki Sibirskogo otdelaniya AN 8=9 '!Novosibirsk'
(Institute of Thermal Physics., Siberian divisionAN SSSR)..
SUBMTEDs 29Apr63
SUB CODEs MIA, TD
Card 3/3
NO REF SOV: 003
MVLt 00
OTMI On

KAiV,-,. A.,~.; :AKk.(;VA. MI.; SOLU.'"i.,"': A.:i.
,;i-w -' * ~, r,
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1. instlitut, teplol'izikl Slblrok,-.,o o',(Je`c-%i-.a A
.L -

L 45627-0 EYIT(1)AYT(m)/EPF(n)-2/EM(v)/EPR Pe-5/Ps-4/Pu-4 WWICK;
ACCESSION NRt AP5oo6476 a/oegh/65/003/001/0139/0148
AUTHOR% Solov'yev,, A. N.; Kaplunt A. B.
TITIEs Concerning the vibrational method of measuring r It Ids
V, a", t
-WRCE.- Teplof171ka vysokikh temperatur, v- 3, no. 1, 1965# 139-148
Topic noss, viscoalty$ vlocosity-measurementp vibrational methoe.
-j
ABSTRAM The article describes a vibratioisa method develo-pe W.-the- lostitut-----
-t"li)lofizlld--Oiblrskogo-otdeleniya -_(Xnatitute'of 4itermopbysicsf- Sibikrian Depart- - Al -
-descriptim-con qts,
nent) AN BSSR f9r a variety of measurment e6oindtIonpvF!Fi--
of the tbecn7 of the methodp analysis of Its c"bilitteag a~d the latest ver-
slons of the actual equipment. The theor7 Is based on determining th" viscosity
from the equations of motion of a known mass vibrating in the tested liquid. The
theoretical analysis ahows that of the more than ten possible combinations of quan4
t1ties In the theoretical forbad& for determining the viscosity, the greatest
practical interest Is attached to only two caseag one In which the oscillation
frequency to chosen to maintain a phase ablft Ir/2 (&vplItu4e-ph^xe wthod)p and
Cord 1/2

L 451627-65
ACCESSION KR: AP5006476
one in which the oscillation frequency In chosen to mftke the amplitude maximn-1
(amplitude-amplitude method). The two methods are amlyzed. Two viscosity meters
constructed at the Institute, based on the saTlitude-amplitude method, are des-
cribed. One is a small instrument for molten metals, and the other to a V-1acost-
ty meter for continuous measurement of the viscosity of a moving liquid. Orig,
art. has: 9 figures wA 10 formulas,
ASSOCIATIONt Institute teplofitiki Sibirskogo otdolentys Akademil nauk OSSR
(Institute of Thermqftolcsp Siberian Department Acedewy of Sciences SSSR)
SUBMITTED I LVW64 EMM 00 am CCOZI HE
WR WT SOVt 009 OTM t 003

I i - - - t% A-w-t
1,167h2m6&.- _3iVm)/EFE(n1.2/JUL44 -IJP-
F XCC-M7-X P 5 0 2 19 2 2 S 41~ E~Ct~ UR 02VY-li, V/000/004/0174/0~ ~;7~6_7
AUTHOR: Kiriyapenho-, A. A. (Novosibirsk); Makarova-L_Q.
2., (Movosibirsky,;
Romanov, V. D. (Novosibirsk); Solovlyev, A. N. (Novosibirsk)
J
ORG: none
TITLE; Experimental investigation of surface tension in liqui4/sodium
SOURCE: Zhurnal prikladnoy mekhaniki i tekhnicheakoy fiziki, no. 40
19659 174-176
TOPIC TAGS: surface tension, Admpeft sodium, liquid metal
ABSTRACT: An experimental apparatus was built to measure surface ten-
sion in liquid sodium at high temperatures. A block diagram and des-
cription of the apparatus are given. Pure grade sodium was fed into a
crucible (preheated to 400-5000C) filled with pure helium. The experi-
ment was conducted in the temperature range of 100-9370C. Thermocouple
were used to measure the temperature of the cruci4le. The floatin
plate used in the experiment was made of lXhION9 I'slainle a steelX it
was found that immediately after melting, the values of surface tinsion
were about 5-8% lower than those obtained after longer period* (1-1.5
bra). Measurements of surface tension in liquid sodium are given in
Cgd 1/ 2

L 16742-"
F-ACC N& AP5021922
the following table.
P 1 7. C P 1 71 *0 7.-C
1740 159.5 4740 212.4 20M 165.0
WID 16t.0 WO 215.5 30010 184.1
2220 169.6 5400 U0.7 4000 2(K.I
248D U6.2 6370 228.5 5M 215.3
20M 182.7 732D 240.4 MW 220.4
3150 186.0 7670 246.5 7000 237.2
3580 193.8 8910 256.8 MW 247A
4140 2D2 2 10100 267 1 90W 257. a
4270 207:2
1 H120 278:3
1 10000
1 267. f
1100D 276.1
Surface tension was calculated according to the formula
0
C (IzdI + F)
2(s+x)
where t, x = width and length of the plate, lx submersion depth,
d x density of the metal and P a force. The interpolation line drawn
from the data is given by the equation;
a a 202-0.91(t-98).
The mean square deviation from this line is 1.47%. Orig. art. has; 3
figures, I table.
SUB CODE: 11, 201 SUBM DATE: 23Mar65/ ORIG REr: 002/ OTH ROF: 005

t
(M)17Z~W:Ff
I NF(c) D
ACC NRi AP6014063 SOURCE CODE: UR/0294/66/004/002/0189/019
ALMHOR: Solov'yev, A. N.; Makarova, 0. P.
nstitute of Heat Phys
~ORG: ics, Siberian Department, Academy of Sciences SSSR (Insti-
Itut teplofiziki Siblrskogo otdeleniya Akademil nauk SSSR)
JIM: Investigation of sodium and potassium surface tension
ikh ~-4era 2'z no. 2 1966, 189-195
!SOURCE: Teplofizika vysok e tur, v.
ITOPIC TAGS: Liquid metal, surface tension
ABSTRACT: The surface tension of liquid sodium and potassium was determined up to
10000C and 8000C, respectively. The measuring apparatus is described In detail. A thil
flat plate Insertion into the liquid metal was used as the most direct method to make
these measurements. The apparatus was tested with other liquids for calibrations and
experimental checks. About It deviation ft accepted data was achieved. Some effect
of impurities in the tested metals was noted and resulted in 5% to 8% differences in
measured values of the tension when these measurements were taken just after melting
and a few hours after melting. The temperature dependence of the surface tension In
shown graphically and compared with results of other workers and saw of the differene
es are discussed. Orig. art. has: 5 figures, 2 tables.
SUB CODE: 20,/// SUBM DATE: l2Mar65/
ORIG REF: 002/ OTH KEr*. 006
Card 141-011 Liquid Metal 1P UDC- 532.~:5464

ACC NRs U'6029775 SOUIRCE CODE: UR/0294/66/004/004/0503/o5o6
AUTHOR: Solov'yev, A. N.; K4plun, A. Be
ORG: Institute of Thermophysics, Siberian Departnent AN SSSR (Institut teplofiziki
,Sibirskogo otdeleniya AN SSSR)
,TITLE: Approximate calculation of the surface tension%f molten alkali metals
SOLMCE: Teplofizika vysokikh temperatur, v. 4, no. 4, 1966, 503-5o6
TUPIC TAGS: alkali metal, Mquid metal, surface tension, fluid density
ABSTRAGT; In view of the contradictory experimental and theoretical data on the sur-
face tension of liquid alkali metals, the authors derive an approximate formula de-
scribing the effect of density on surface tension in these simple liquids based on the
free volume concept. The final formula
RU V_V9
-(V - V#) -2 2 It I
is easily reduced to the Edtv6s equation if density Is a linear function of
a IL ) C (7,, - T, 6)
, P

ACC NR. AP6029775
Nhere p is molecular weight, p is density, 6 in the thickness of the Interphase layer
band C is the Ebtvds constant given by the formula
RMU46
C =
2uTcr
'where m Is the mass of a hydrogen atom. Substitution of the constants In the final
Tormula gives the expression
0,247T PP/PQ)
It V- (P/PQ)
1which is convenient for practical calculations. Results calculated by this formula
!for lithium. sodium, potassium, rubidlum and cesium are ccmpared with experimental
Aata at temperatures from 29 to 13000C. The divergence amounts to only a few percent.
brig. art. has- 2 tables, 6 formulas.
SUB CODE: 201 SUBM DATE; 1OMar65/ ORIG REF: 004/ OTH BEF: 008
1~ard

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SOV/124-58-7-8310
Translation from: Referativnyy zhurnal, Mekhanika, 1958, Nr 7, p 13Z (USSR)
AUTHOR: Solov'yev, A.N.
TI T L E: Deformation and Endurance of Cotton Yarn of Various Twists
(Deformatsiya i vynoslivost' khIopchatoburnazhnoy pryazhi
raznoy krutki)
PERIODICAL: Nauchno-issled. tr. Mosk. tekstil'n. in-t, 1954, Vol 14,
pp 134-149
ABSTRACT: Results are described of an investigation made of the in-
fluence of a yarn's twist on the elastic and plastic parts of the
gross deformation in yarn subjected to tensile stress and on
the endurance of yarn of different counts.
G.P. Reshelyauskas
propertlej Thread--Test results
Card 1/1

I - - -
-- - - - - -- I - - i -

Daternalantlem of Lts marlmem shrinklag of (abric. A.
N- SAWtv. TrIsId. Prow. 16, No. 2. 40-8(39M).~-
kt.ah. t,)tutkms for the deta. of the mat. shrinking of fitbrk
Mir derilml.

SOWTITET. A.N., professor.
Correlation between the coefficient of variation and Irregularity.
Tekst*proiool6 xo*4:44--45 Ap 156, MRA 90)
(Textile fabrics)

I prcf P33-:;r.
~
K T
Proportion of the fll'.ITw of knit goods. Leo-.!-;row. 111 no.6; 19-W
je '57. wLu 10-8)
G-Knit F00,18)

SOLOVIT.-N, A.U.
xfrect of twist anA ply nuxibor on the -3roperties of twisted yarn.
Izv. vys, 11chebo 7av'.; takh. tekst. Dron.'ac.3:7-19 1~9. (MIRA 11:7)
1. Moskovskiy tekstillnyy institut.
(Yarn-Testing)

SOIOVITIV. A.H.
Changes in the proportiop of cotton yarn under the offset of
double twist, ISY, vp, ucheb, xav.;,tekh, toksts'. promo
no,5:3-17 158. (MIRA 11:12)
I#Muskovekly tokettlinyy Institut.
(Cotton yarn-Testing)

AUTHOR: -SO10V'Yev, A.N., Professor
TITLE: An Evaluation of the Grading of Textile Materials
According to the Inequality of Their Properties
(Otsenka sortnosti tekstil 'nykh materialov po
neravnomernosti ikh svoystv)
PERIODICAL: Standartizatsiya, 1958, Nr 6, pp 59-60 (USSR)
ABSTRACT: The development of standards for tile grading of
texti16 materials must consider not only the
limit values of the different types, but also the
errors made during sorting. For establishing a
rational difference between the types the marginal
1
index of probability F is used. If t
le actual
inequality is close to the average value of the
norm, the probability for the correct determina-
tion of the sort is a little lower ~.han 0.95.
The probability may be i-ncreased by reducing the
number of types aud by increasing the difference
between the norms as well as by increasing the
Card 112 number of tests for measuring the inequality,

SOV/28-58-6-17/34
An Evaluation of the Grading of Textile Materials According
to the Inequality of Their Properties
Por every norm 200 measurements are necessary,
There is 1 table and 1 Soviet reference.
ASSOCIATION! Moskovski tekstillnyy institut (Moscow Textile
Institute5
Card 2/2

SOIA)VIYEV, A.N.. prof., doktor tvkhn.muk
~ I ~~ I -~. - -, . ". ~4
X9timattar the nonuniformity of yarn weight. Irvays.ticheb.sav.;
takh.lol;.pron. no.2:90-97 159. (HIM 14:10)
1. Hookovskiy tokstil'Wy institut.
(Yarn)

SOLOVITEV. A.N., prof., doktor tokhn.nauk
Dependence of the difference In weight of single an4 double
ply yarns on the number of plies, count and direction of
twists. 1zv.vys.uch9b.sav.; tekh.leg*promo no*3:84-91
159. (MIRA MILO
1. Mhaknvskly tekstil'Vy institut. Rokomendovana kafedroy
tokstillnogo materialovedentya.
(Yarn)

SOIDVIYXV, A.N. _
Comnaring the various methods for deterwinlr49 the properties
of cotton. Izv. vys. ucheb. zav.; tekh. teket. prom. no.5:
26-35 '59 (KIRA 13:3)
1. Moskovskly tekst illnyy institut.
Wo tton--Gra ding)

25(6) SOV/28-59-3-5/25
AUTHOR: Solovlyev, A.U., Professor, Doctor of Technical Sciences
TITLE: Repeated Standard Analyses of Cotton and Yarn (Pov-
tornyye standartnyye analizy khlopka i pryazhi)
26
PERIODICAL: Standarti--atsiya, 1959 ,Nr 3, pp 24 (USSR)
ABSTRACT: Be,::ause of lack of time, the reception of cotton and
cotton yarn at cotton mills usually in made with only
one analysis, as prescribed by the standard "GOST
3274-46" or, respectively, "GOST 6611-55% If the
result is doubtful, and the result of repeated ana-
lyses is different, there arises the question: what
difference between the two res~.lts can be considered
permissible and when is a third analysis to be done?
The author answers the question by reconstructing his
recommendations for stati5tical qu~ality control with
Card 1/2 a large number of tests Z_Ref I _ $ which viere based

'Q'OV/28-59-3-5/25
Repeated Standard Analyses of Cotton and Yarn
on a formula for the mean error value. There are
3 tables and 3 Soviet references.
ASSOCIATION: Moskovskiy tekstillnyy institut (Moscow Textile Insti-
tute)
Card 212

SOILVIMO Aleksey Vikolwyevich- GORM'CHIKp G.H., red.; BATYMA,,
r- ..-I-,-
(Meanurement and evaluation of the properties of textiles)
I=erenlia i otsenka avoistv tekatillzWkh materialov. Vo-
skva, Izd-vo nauchno-tekhn.3it-ry RSFSRj 1961. 142 Po
(MIRA 1~:2)
(Textile industry-Testing) (Mensuration)

KUKDI,, Georgiy flikolayevich~ prof.j SOLU'*'tyk*.Vj Alcl:scy Niko ir-L,
LI-ily-ny
prof.; KISELEVp AsKet dotacnVj--r-9Uc4-4z-ent; PANSWM, A.B.,
prof., retsenzentj BUDRIKOV, V.Lp dotcontf rotson"nt;
IAZJLTVA~ S.Te.., kand.takhnonaukj, retsenzent; LVVISHISp L.A.p
kand.takhn.nauk,. reteenzent; TMWANO S.A... kand,tc;ft,nauk,
retsonzent; SHTEYNGARTI M.D.., red.; SIIMSCV, S.V.p takhn.red.
[Guide to textile material.93 Tekstillme materialovedenie.
Pod obshchei red. G.K.Kukina. Moskva, Izd-vo sauchno-tekba.lit-ry.
Ptol. 1961, 303 p. (KMk 15%4)
I# Ivanovskiy tekstil'%Vy institut (for Kiselev)* 2* VnesoyuZzwy
zaoch%Wy institut legko3r i takstilluoy provqohlonnosti (for
Pakahver)o 3. Tashkentskiy tekstU'zgry institut (for Budaikov).
4. Vseso:yuzr4y7 institut pronWahlernosti lubyanykh volokon (for
lazareva)- 5. TSentral'Wy mauchno-issledovatel'skiy institut
sherstyanoy provVehlennosti (for Luviohis). 6. TSentral'My
naucbno-iseledoTateliskiy institut shelkovoy pronyehlemsti
(for Tumayan). (Textile fibers)

IVAN~_V, jerf~ey 3avel'yevIch, knnd. tekhi.rauk, LEabZVA,Nlria tilkolaievna,
!l1b,"NA, Varvara lvanovna: TSISffEVSKIY, Ivnn Nikulayevich, kard.
teklin. nauk, PrInimali uchsistiye. EYGES, Ye.G.; FILEMER, 1,,A.;
4 - ABRAWlUK,?l,N.,
-V,A,N,, dokt.tekhn.nauk,prof.,retsenzent '
ln7,h. _,retsennPntj CHUGREYEVA,V.N.,red.; TRISHINA, L.A., tekhn.
red.; VINOGRADOVA, G.A,, tekhn. red.
tMet.hods of determining the properties of cotton fibers]Yetody op-
redelenlia s-/oist-v khlopka-volokna. Pod red. S.S.Ivanova. Moskvat
Fostekhi-~dat, 1962. 234 p. (Cotton-Testing) (MIRA 16:2)

SOLOVIrEvp A. W.
Datemining the Stiffneso eharecteri8tice of yarn in stretohftq.
Izv. vys. ucheb. zav,l takh. tekst. prom. no.411&25 162,
(MM 15810)
1. Mookovskiy tekstillMy inistitut.
(Yarn-Teating) (EUsticity)

SOLOVIYEVA--A*N,,.
Comparing the stiffness of various type yarns in came of tension.
Izv.vys.ucheb.sav,j takh,taket,prom. no.5t17-20 162, (MIRA 15:11)
1. Moskovskiy tekstilInyy institut.
(Textile fibers-Testing) (Elasticity)

SOLOVITEV, A,N,
Inspection of goods by samples free of defeota. Izv. vys.
ucheb. zav.; tekh. tekst. prom.. UO-4:12-16 163.
(HIRA 16:11)
2, Moakava)dy tokatillnyy Institut.

And th! rK
12 r~ 16
5Ci -r, 2

I . . I .,
, f . i" ~ !"-V j ~~ I , . . ~ ~ :~ f k !-. C ! - ~ .11 1 ~ Z, 1; 1- ~ I
.t - ~- -A' - q *. , , !! - . I r,~ - -1 11. ~ - ( r , -, , , 11 1 ,
': " V - tfl)er . '. i: P,:" 1, - !) - ~,,- , - '. I" -3. 3- 1 ' '
I I n " y ~ rj ~.4 f -: *,.I: ".
~ko'j 7A 11 ! " ~,` 1, " , I

~_~o 1~r- zjr ~r Ulm F_ -.IT ~F'_ I I
AU7HOR: Solovyev, A. N. (Leningrad); Kuzovlev, G. M. (Leningrad)
ORG: none
TITLE: Water-temperature anomaly near the middle of the east coast the Caspian
SOURCE: Okeanologiya, v..6, no. 5, 1966. 906-911
TOPIC TAGS: hydrographic aurvtVp temperature gradient, hydrouateorologyp
ocean propertyp sea waterp low tmperaturep water temperature / Zaspian Sea
ABSTRACT: The summer water temperature trends are analyzed using lo,g-period obser-
vations from a number of hydrometeorological stations in the middle kf the west and
east coasts of the Caspain Sea. Some examples showing the dependence of water tem-
perature on the wind-induced onshore and offshore movements of water are given. The
hypothesia.attributing the abnormally low water temperatures near th- east coast of
the Caspian Sea to the inflow of ground water is shown to be unfounded. The main
cause for the lower water temperature near the cast coast an compareil to the went
coast is the offshore movements of water. 0r1g. art. has: 4 tablear
SUB CODE: 08/ SUBM DATE: none/ ORIG REF: 006
1
UDC: 551.465.46162163(262o

I'I'll ,I.,. I I .
- - -, -, ~:-, I - -
t, Poll oril(-y li ti " 11
ip. ~7 "c" "J' U c *c";t:!* p I -) ~, 5,

- ,f -
SOMV')(;b-i, A-P-. inzh.
Wins-protwed, dlesel-ongine nropelled fralghtere wlth 10,000 t
dijud wolght. Sudostroonle 22 [I.e.2131 no.10.-1-4 0 157. (KIRA 12)
(Poland-ShipbidIding) (heighters)

SOLOVIYEV) A. P..9 inzh.; KABANOVp V. N., insh.
Experience in the operation of mmll boller units fired wl
silled peat, Torf. prom. 40 no.3234-35 163. (KIM 1614)
1. Torfoprodpriyatlye Tesoyo IV.**
(Pea t) (Boilers-riring)

L 12347-63 EWr (m)/BDS AB S/081/63/000/005/027/073
AUTHOR: Solov'yev, A. P.
TITLE: 4,-n,e-w-t-ype--o-f---p-y-c,nometer for determination of specific gravity of
_I~Auids
PERIODICAL: Referativi zhurnal, Khimiya, no. 5. 1963, 142, abstract 3D37.
(Uch. zap..Mordovsk. un-t, 1962, no. 16. 83-85)
TEM A pyonometer)Qis described for determination of specific gravity of
nonvolatile aqueous solutions. The pyonometer consists of a reservoir and two
capillaries, one of which is bent. The internal diameter of the capillaries de-
pends on the viscosity of the investigated Uquids (1.5 - 2 mm for the more
viscous, 1.2 - 0.8 for the less viscous). The special feature of this pyono-
motor is that through its use the weight of any liquid may be determined at
various temperatures without pouring the liquid out of the pyonom*ter. Sao
also R. Zh. Khim.. lg_rB. no. 12, 38946. 1. Yof1mova.
[Abstractor's note; Complete translation]
Card 1/1

~ () T 111 Yr E, vk A.!I.li
'JoIng atAtl-,%t!nal mrthtds for rtrerg~n or at-,~Ctwe?.
FuA,~strcenle 30 nc.11--11-13 N 164. WRA ,8!31 .

BVKOVAX I.V*P Dt. nauchn. sotr.; Si'EPANOVO A.S., z;t. nauchns
sotr:! SOLOVIYEViA.Y.; AFANASIYEVA,. A.A.# sto nauchn,
sotr , WCAF~~kj L*M.; LIFENTSOVA, A.S.; SHTIHAp L.S.,
red.j TIMOFEYEVA, Ye.A.p red.
(Food product substitutes in the textile industryl Zameni-
tell pishchevykh produktov v tekstillnoi proqrshlennosti,
Moskva, 1963. 67 p. (MIRA 17:12)
1. Moacow. TSentralfrory institut nauchno-tekhnichookoy
Inrormstali legkoy pronyahlemostle 2. Rukovoditoll labo-
ratorii spotsialtnay otdolki Ivanovskogo nauchno-looledo-
vatel'skogo Instituta khlopchato-bumazhnoy provWshlennosti
(for Solov'yev). 3. Ivanovskiy nauchno-issledavatellskiy
institut khlopchato-bumazhnay pronWahlonnosti (for all
except Shuba., Timofeyeva).

SC)T.(-.V'*,.C-:'/, A.F.
kasult3 of t" secor~-, ~11-"'n-r in-npectior, (;' tho
otil. of Plans for 4nl intr-i-,icing the Y,163
aciiievoments or nr.-! ',Pf!hnc~i,~gy '~n t,.q nqtllcrial aconcry.
341all 24 no.61486,13~ J~- -ooY,
1. burontitelt prodAedAilply-i T:,,!-,.riAl'mg-l p-w-lonlyn Ilinvichno.
trjk~inicli~~nkogc cbshilm.~it-r,i .

SDLOVITIVO A.B., lnzh.
T- -~~ - - - ~~, ~~
Use of a magnetic sliding clutch in atuomtized hoisting. Nauch. dokl.
vys. shkoly; gcr, delo no.3:198-201 '58- (MIRA 11:9)
J.Predstavlena kafedroy gornoy slaktrotekhniki Leningmdskogo gornogo
institute, im. G.V. Plekbanova.
(Mine hoisting) (Clutches (Machinery)) (Blectromgnate)

1 1, -~, ". -,.,; 1, ~, . .,J ., - , .' ~ t,* : ~J,'i - 0- -, ) 11 ~ .-~ _ - '. j.. " ~, : . j ~! 1. .1 lap
:-"i, - , - - , ".~ ~ - , '..' " ;;~', Novocharchaaskj, 1960S 22 ppq 200 cop
(Navocherkasak Polytechnical Inatitute im Cargo Ordzhonikidze) (KL, 43-60, U9)

pj
fir
r
xt V1 F :-f
lit
F1
it
lit
F, ft
P, its
if
I
I U
IF
V
I
a fit
P. It:-: All F
PUN It -%
1p,
Mr r
7,j jr

SOLOVITIV. A.5.; STRUNIN, G.B.
InduRtrI&I testing of broking devices for mine hnisting
machines. Sbor.nauch.rab.stud. LGI no.23125-1)4 157
(MIRA 13:4i
1. Laningradakiy ordanov Lenim i. Trudovogn Krusnogo, tnan"ni
gorWy Institut in# G.V.Plakhanova. Pradstavlnuo dotsentom
(Hoisting machinery-Brakes)

~SOLOVIIM, A.S., Insh.
Method of calculating an electric sliding clutch coutrol circuit
for automatized mine hoisting. Nauch. dokl. Y". shkoly; gor. del*
vys. shkoly: gor. dels, to.1:121-126 159. (KIRA 1215)
l.Predstaylona kafedr*3r gornsy slaktratakhniki Leningradskego
gornage instituta im, G*T* Plekhanovae
(Mine hoisting) (Automatic contrel)

SOIDVIYEV A T. inzho
Le"I measurement by remote control of the liquid cargo in tank
vessel coqpartments. Sudostroenie 28 no.qs6446 S 162&
(MIRA 15:10)
(Liquid level indicators) (Tank vessels)
(Remote control)

SOIDV'TXV. A.T.
_. -.'. r , ~
Dome-like structures of granite rAsses.
no.1:112-113 155.
Infora.sbor. TSWII
(MLRA 9:12)
(Geology, Structural) (Granite)

VDZNXSZNSKIT. D-Y.; A)WIANDOV,A.S.; GIffSIJM, A.N.; GOLUBYATMIXOV. V.D.;
Ldecoanodj; DOXAM, V.S.; DOMINIJEOVSXIT. V.I.: DOVZHIZOT, A*T*,;
ZATTSIT, I.K.; ITANOT. A.A ; ITSIXSON, M.1,; 1201H, I.?., ITIAZZY.
I.1.; KORZHIMSKATA, A.S.; XISHARIV, D.T,; SIMOV, AJ.; NORD-
ZXTJXO, N.I.; nYZWV, To.l.; RADCHIM, G.P#; SZRGIINYSIIY# V*X,:
S0140V1YXV,.AXT,; TALDTXIN. S.1,; UIMV. V.A.; KHARAXOT, A*T*;
PMMMY, A.-M.; CHUPILIN, I.I.; SHATAIM, Te.%j glavnyy r*d&)D-
tor; ZRASNIXOV, V.I., rodaktor: KIRLIN, G.A.. rodaktorl RUSANOT.B.S.
rodaktor; MANY, V.S., rodaktor Isdatel'stys; OUROVA, OoA,, tokhmi-
cheakiy rodaktor.
LInstructlons for organization and execution of geological surveys
in scales of 1:50.000 and 1225,000J Instruktolla po organisatell
I proizvodstvu Coologo-sOomochaykh rabot samahtAbov 1950,000 1
1:25,000. Koskya, Gos.nauchzo-tskhn.fzd-Yo lit-ry pe Cool. I
okhrane nodr. 1956- 373 P* WMA 10:6)
1. Russia (1923- U.S.S.R.) Ministeretvo Coologii i okhrwq sedre
(Geological surveys)

15-57-7-?367
Translation from: Referativnyy zhurnal, Geologiya, 1957, Nr
pp 90-91 (USSR)
AUTHOR: Solov'yev, A. T.
TITLE: Some Remarks on the Article of A. A. Yakzhin "The
Sequence of Formation of Different Fluorite Varieties
in the Fluorite Deposits of TransiBa kal" (Nekotor e
zam.echaniya po, povodu stat'i A. . ~axkzhina "Poslyey-
dovatellnosti vydeleniya razlichnykh raznovidnostey
flyuorita v flyuoritovykh mestorozhdeniyakh Zabay-
kallya")
PERIODICAL: Inform. sb. Vses. n.-i. geol. in-t, 1956, Hr 3,
pp 146-148
ABSTRACT: A. A. Yakzhin has noted a definite sequence in the
formation of variously colored varieties of fluorite
(RZh Geo, 1955, 7645). These are: 1) earliest, dark
Card 1/2 violet, predominantly of cubical aspect; 2) green and

LUTHORSt Solov'yev, A. T.9 Levando, Ye. P. 20-119-1-43/52
TITLEt Gearksutite From Eastern Zabaykallye (Tranobaikalia)
(Goarkautit iz Vostochnogo Zabaykallya)
PERIODICALs Dokludy Akademii Nauk SSSR, 1958, Vol- 119, Nr 1, pp. 158-160
(USSR)
ADZTRACTs From Kalanguykoye fluorite deposit the authors got samples
of a mineral which was because of macroscopic similarity
earlier considered as kaolinite that is widely distributed
here. Nobody investigated it before. The accumUlati ons of this
mineral are in its parent deposits mainly bound to the middle
and lower parts of a quartz-fluorite vein which intersects
a aandy-schistous Middle Jurassic mass. Beside amorphous
silica and fluorite pyrite, marcasite and kaolinite are
found here. The above-mentioned mineral is white and sticks
slightly to the tongue. Its aryptoarystalllne aggregite shows
an uneven break (Ficure 1) and eagerly absorbs water which
indicates a high porosity. The mineral is soUle in HC1 and
HNO3 by slight heating. Under the microscope one sees that
the mineral substancelsincompletely crystallized. The indi-
Card 1/3 viduals, with blurred contours) are only to be distinguished

Gearkst9te From Eastern Zabaykallye (Tranabaikalia) 20-119-1-43/52
with high magnifications (Fi6urs 2). A considerable portion
of the substance is not crystallized at all. TheAndividuale
well to be distinguished by their sections show a character-
istio positions vertical to each other. Well developed small
crystals can be better seen in immersion preparations than
on sections (Figure 3). Lengthening of the mineral is posi-
tivel cNg < 15 1 the optical sign positivel 2V - in very
littlet 11 1,4601 N '* 1.451. The chemical and thermal ana-
lyses togIther with tRe above-mentioned optical data show
that the mineral is gearkoutite. The chemical analysis
(Table 1) makes it possible to calculate the following
formula for its C&Al(F,OH)5 or Ca2A1 2(F,OHo). Figure 4a
gives the heating curve of the mineral from the steppe
part of Kazakhstan (Figure 4b). The curves from both
places of finding are very similar. 1) The strong endo-Rffect
is probably connected with the separati8n of water (398 WC).
2) The strong endo-effect occurs at 523 C and possibly mainly
corresponds to the separation0of fluorine from AIP The
third endo-effect lies at 898 C and apparently corKsponds
to the dissociation of CaF 2;0 The mineral under review was
found in larger pieces (up 10 on in diameter). As geark-
Card 2/3 sutite was earlier mistaken for kaolinite, its much wider

SOU)V I YEV.- A.T.; ~ . STRUVE p N.V.
Now data on recent fluorite formation in the
belt of eastern Transbaikalia. Inform. abor.
85 159.
(Tranobaikalia-Fluorits)
gold-molybdomm
VSEGEI no. M75-
(MIRA l4tl)

SOLOVIYFV, A.T.
Calcium source in the formation of fluorite deposits. Trudy
VSEGEI 57:135-139 161. WRA 1514)
(Fluorite)

SOLOVIYEV, A.T.
Bands and stages of fluorite mineralizatic-n of eastern Trans-
baikalla. Trudy VSEGEI 57sl4l-145 161. (KIRA l514)
(Tranobaikalia-Fluorite)

SUA VIM p A*T.~ CIIUMt(N$ V.V.
~ ~ 34
Association of the fluorite mineralization with intrusive for-
mations in western Transb-q1kaIi-. Trudy VSZGZI 83183-89 162.
(KM 160)

-:,UwvIxiXv A.T..
Structu,ral charactcristic3 of orea in the Kal&Mu (wootern
Tranabaikalia) fluorite deposit and their genetic signitj-
Cance. Trudy WEGLI 83:91,-100 162. (HIRA 160)

BIRYUKOV? V.I.) SOLOV1YZVj_A*T*
Types of lead-zinc mineralization in the Korean People's Democratic
RepubItc, Trudy VSEGEI 10004-108 163, (111IRA l7s3)

SOLOVIYE11P A.T.
Role of fracLuring and the physical. proportlas of rucks ir ',hp,
formation of fluorite depositA In southern Yakutla. Trudy VSWEI
10808/,-388 164. (W, RA 1822)

BABOSPIrif V.A.; 111011OVIK("t P.P.; ZAKHARCHENKO, A.I.-p WANDY, A.A,j NIKANOROV,
A,Z.; N:;~!T',N, V.D.; WTSK, Yu.Ye.1 SMIRNIOVA, V.S,j SOKOLOrv, Ya.N.1
TISEXHOMSKlY, A.M.
In memor-I of Danlil Timfeevich Misharev. Trudy VSEGEI 108:189-191
1U. (MIRA 1832)

SUFAMIURS A.G..; KUKH.GIN, L.V.; LeMft', i.T.; BIAGUVp 1.S.; KUTKIN, A.M.,
-qOWV'IIt-Vj A-V- ,
Briquetting coal and anthracite breozes in a cold state* Ugoll, promo
no,6:34-36 N-D 162. (MIRA 6s2)
2. Dnepropetrovskiy gornyy inotitut (for Shpakhler, Xorchagin, lavin).
2&. Ukra;nskiy proyektno-konateektorskiy i nauohao-isslodovatel'skiy
iAntitut p0 obogashcheniyu i briketirovanlyu ugley (for blagov,, Kotkin,,
Solovoyev).
(Ekriquets (Fuel))

SHPAKHIM, A.G.; AKSHLIRCDj, E.Lj XM=,..AJf.; --X1LV-riV A ; Z LIDIN, D.B.
~1 A.
-- Y~~- E
Improving the mazwfacture technology In cc4l briquet plants.
Ugoll Ukr. 6.no.2:17..19 F 162. (MIRA 15:2)
1. Dnepcropetrovskiy gorW institut (for Shpakhler Aksollrod).
2. UkrVINgleobogashcheniye (for Kotkin, Solovlyvv~. 3.
Donotokgiprosh&kht (for Selldin).
(Briquets (Fuel))

L ?1425-65 EWT(I)/EWP(x)/EPF(o)/ZPF(n)-2/3?R/T/ZPA(bb)-2/&WA(l) Pd_l/~r-4/
Pe-4/Pu-4 AEDC(9)/ArWL/880/A$D(f)-3/ASO(p)-3/ArM - WW:
ACCESSION KRs A25002030 $/0170/6#=/012/0005/=9
AUMORSt .3sasnM P. A.1 8gjLv'Wj, Ag- VP_
TITLEt Liquid flow- in thin layers
SOURM Inshenerno-fisioheskiy shuz=lt n0a 12t 19641 8"9
TAM fluid flow# frictiont vav* velocityp periodic motiont interface We
speed gas flow
.-3.%T?4CT s The flow of a thin liquid film a1mg a vertical vall with the friotion
force of a high-speed gas stream acting on its free surface was studied analytical~*
Zxporbaente showed this free surface to be covered by circular waves (if flow Is
insida & tube) moving from bottom to top at constant speed. In the absence. of tbA"I'lf",
waves an expression in deriyed for thi preasurs gradient Sp S h be
Yn =1 7
r + h 3
where his the liquid film thickness. To include the wave notiong a
tion Is superimposed on the steady-state solution by considering t" "s of
opera~ionse the first are averaged over time# and thus are cha;=wterimA by a
ateaSy-state flow; the second are tivia-dependent w2d axe expressed by
tord 14~1

1~ 21325-65
ACCESSION NRt AP5002030
du I ap + VA U,
T, 7x
LP + i u.
at p dy
a"' + du . 0. After solving these oquations,.eWaseione am be derived for
Tx ay.
the tangential and normal components of the interface stress r and V, and an
0
equation is 6btained whioh describes this interf&o*o Corresponding periodic stress
components are obtained at. the interface from the psecus phase, of the f lowo For
dr . thin yields 2 2 ".* Finallyr the speed of the pr*pWt-
T--LS 1=:
3 2. 3
ho
n
ing wave is found to be given by W Y Orig. art. hass 11 for=lss..
k
ASSOCUTIONs Inatitut kbimichaskogo mashinostroyen4a g. Moscow (Mosoow Ustitqte
G-., "Mical-maahine Nei
Card 2/3

Iff1dolges"OdulftTWOMMistioncis the dynAwks cf
Alistnict!j *qu"dio iud qwadtotive wa4" retalms in com-
bime4 ksamW of bmtv wA sc&* lot," d a
I'A. V, =7 f Of-vow"I. Cum, c lrpk
11), 1154 ma- . knifts Olf"1001 ver"Wa. i9" ~"Q. a
i&llOrj?:nl Chamlatry W-ji. ml tillmv;*-t irt*d6(km kads to PXIl
mml(slnjypbiH%tbffmpy; thebuplipus.trulkmichanp,
tot". onegand Lbe tilef of the pem 11 1**ffKl,
xf. K099101W?O.-

SOLOVIM, A.V., dots.
Modullur7 hemopoissis in rheumatic fever in children* TruAy
Jlovosib.gos.ned.inst. 27:214-224 '57. (KIM 12:9)
1. Zavodiivushchly kafedroy detskikh bolesney Novosibirskogo
nnditainakogo Instituta.
(IIE140POIXTIC STUTZM) (RIDPJHkTIC FXV'HR)

ALIXSAOROV. A.G. dots; ARONOVICH, I.S., inzh.; BABIKOV, N.A., doktor
tekhn.naa; BATUSOV. 8.Y., kand.takhu.nauk.- BILIKIND, L.Do, dolctor
tokhn.nauk; MIKOV, V.A,. doktor tekhn.neuk; VlbXIA)VSXIT, O.N.,
kiind,tekhnonpuk; a0LOVIN, A.Ts. dokt,,)r tekhn.nauk; GOLUSTSOVA. V.A.,
doktor tekhaonauk; GIWW, L.K., inth.; GRUDINSKIT, P.O.. prof,:
GUSJ6V, S.A., Insh.; DKOXHOVSKAYA. L.Y., kand.takhn.nauk; DROZDOV,
N.G.. doktor takhn.nauk; IVAHOV# A.P., doktor takhn.nauk [deceased];
KAGAIJOV. I.L., doktor tekhaevauk; WMAW, L.L.. tnzh.; KOCHNNOVA, A.L.
kand.tekha.usuk.; IMONOV, A.M.; MINOV. D.K., doktor takha.nank;
JUITUSHIL$ A.Y., doktor tekhu.nauk; NIXULIN. N.V., kand.takhu.nauk:
HIIAWAR, R.A., prof.; RAIRTUSHIN. V.S.. prof.; PASTNKOV. Y.T..
doktor takha.usuk; PZTELOY. 0.U., doktor tekhn.nouk-. POLIVANOV. K.M..
dnktor takhn.r,&uk; FRIVIZIMSBY, V.A., dok-tor tekhn.nauk; RADUNSKIT,
L.D., lush.; PiN4. V.T., doktor takhn.nauk; SMOHA14SKIT, A*Ds,
doktor takha.cauk; STUPILI Y.A.
doktor tekhn,nauk; �9A4Y!X#.V
kand.tekhn.nauk,* TALITSKIY, 177T., prof.; TIMMIKOV, Y.Ye., kand.takhn.
nauk; YADOROV. L.L. inzh.: MOSHYIV, A.M., dolctor takho.neuk;
KHOIXIVSXff. G.B.. insh.; CJ=HRT. Tu.S.. doktor tekhn.nauk; SHW-
Bh2G, Ya.A.9 kand.tokha.vauk; SHUMILOVSXIY, U.N., aoktor takhn.nmuk;
AIITIK, 1.3m, red.; KOVMV, L.Ya., tekhn.rada
[The history of power enelneering in the U.S.S.R. in three volumea]
lutorila enereetichaskol tekhniki SSSR Y trekh tomakh. Moskva, Goo.
energ. lzd-yo.
(Continued on next card)

AlJXSAl.aJftUV, A.U.--(continued) Card 2.
Vol.2. [Mlectric engineering] Slektrotekhnike. Avtorskit kollektiv
tome: Aleksandroy I dr. 1957. 727 P. (MIRA 11:2)
1. Moccow. Moskovskiy energeticheskiy institut. 2. Chlon-korrespon-
dent AN SSSR (for Imrionov)
OLlectric engineering)

SOV/110-59-8-19/24
AUTHORS: Rat, Ye.L. , Solov' yerT., A*V* t Engineers.
T17LE: Meohanisation of the Foundry in an Electrical Engineering
Works.
PERIODICAL: Vestnik elektropromyshleanosti 1959, Nr 8, pp 72 (LTSM)
ABSTRACT., The works foundry was mechanised for greater production.
The output of moulding machines was increased by
installing additional rapping tables and rearranging
transport facilities. The measures adopted are outlined.
The arrangements for removing the castings from the
moulds using shaking machines are described. The castings
are fettled on the shaker, and then painted while on a
conveyor which transfers them to store.
Card 1/1

SOUN I YEV p A. V, I Inzh. I Timonruicii, m.s., insh.
DevIce for the automatic control of electric lighting.
Svetotakhnika 7 no.5:25--27 My 161. %MIRA 14:6)
(Electric lightinf)
(Automatic control

SOLOVIYEVO Al"ill
Protective properties of fluoride-ollicate filma of magnesium.
Zhur. prlkl. khimo 36 no.Ilt2547-2551 N 163.
(MIRA 17%1)
1. Moskovskiy institut stali I. splavov.

SOIM I YEVS _At.v.
--- - ------
Apparatus for growing mold fungi cultures by the top method,
Spirt. prom, 29 no,701-33 163. (MRA 16t12)
1. Voesoyuznyy nauchno-isaledovatellskiy Inatitut fermentnoy I.
spirtovoy pronroblennosti.

S/04 60/024/006/022/030/XX
B01 3YB067
AUT11ORt Solov'yev, A. V.
TITLE: Effect of an Additional Admixture on the Absorption and
Luminescence Spectra of Admixtures in Molecular Crystals
34
PERIODICALt Izvestiya Akademii nauk SSSR. Seriya fizicheakaya, 1960,
Vol. 24, No. 6, Pp. 737-739
TEXTt In Refs. 1 and 2 it was found that different deformations of
molecular crystals change the spectra of these crystals. It could be as-
sumed that different molecules of an admixture may cause different dis-
tortions of the crystal lattice in one and the same crystal. To examine
this assumptionl spectra of a naphthacene4ompurity in a dibenzyl crystal.
to which tolane had been added were studied at 200K. The naphthacene con-
centration In the crystal remained unchanged. The tolane concentration
was Increased in each sample. The changes in the spectra are shown in
Figs. I and 2. At some tolane concentrations, the bands were blurred. Weak
lines became invisible. On a further increase of concentration, new bands
Card 1/3

Effect of an Additional Admixture on the S/048/60/024/006/022/030/XX
Absorption and Luminescence Spectra of BO13/BO67
Admixtures in Molecular Crystals
were formed which were polarized in a similar way as the spectral bands
of naphthacene in a tolane crystal. Admixture of stilbene causes similar
changes. Lumineecenc spectra also exhibit the same changes which take
place in absorption :pectra (Fig. 2). It was found that the distinct and
sharp bands in the spectrum of a naphthacene impurity in a dibenzyl
crystal are related to the crystalline structure of the solvent. The
changes observed at low concentrations of additional admixtures are
related to the distortion of the crystal lattice of the solvent. The
bands which are observed at high concentrations of additional admixtures
are probably due to a direct interaction between the molecules of the ad-
mixtures. The changes observed in this case are probably also due to such
interactions. The fact that the molecules of the crystal impurity are
distributed not regularly but in groups may also be of importance. For
the stilbene Impurity of a dibenzyl crystal, this was confirmed by X-ray
structural analysis (Ref. 8). The present paper was read at the Eighth
Conference on Luminescence (Molecular Luminescence and Luminescence
Analysis) which took place in Minsk from October 19 to 24, 1959. There
Card 215

Effect of at, Addi tional Arlmixture on the
Abuorption ar,d Luminencence Spectra of
Admixtures in Molecular Crystalu
are 2 figures rind 8 Soviet references.
S/04 60/024/006/0?2/030/XX
B013YD067
ASSOCIATION: Institut fiziki kkademli nauk USSR
the Academy of Sciences UlkrSSR)
Card ',/3

S~!Olovy
,ov, A. V.
3
S1.185/62/007/005/004/013
NOVD301
~',sorn~~ on and -urdnescence of -4r.,purities in cry%tals
of o.-6anic compownds at 200K. - VI. E-ffoct of crystal-
14--ne solvent on the frequency of ellectron-transitions
of -4--pu r i t i (3 s )r 0
I C L T`.-a-i-sII-yy fizychnyy zhurnal, V. 7, no. 5, 1962p
492 532
aut..or checked exparimen-,,ally the theory of III.C Longue-.-
-ins -'Id j.A. PoDie (Pef. 1: J. Chem. Phys., 27, 19 , 1 7)t
-1 1 1. - 2 ;5
`etor-Jnes the change in the frequency of electron transitions
.,)uric, ectra as a function of the properties of the -olecu-
"Y s:
11,~s 31* t'~-.e z;olventl and of the impurity. The basic formula of the
...Cory, VIZZ&
Z. a (2)
f4 0'10 ' 1`10)
-modified for cryst-alline sv^iu-ions- AV is the difference be'
Card 1/4

B/135/62/007/0v-5/004/013
.absorption and luzinescence of D407/D301
ween th.-, frequency of elec tron t rans i I,- ions in the impurit-y and so!-
Vent, rezpeciively; a and a0 $.he mean polarizability of the sol-
vQntl- and imnnurity ::~oiocuies; 'M, and -_- - dipole noment and energy;
,Z, - -V'A-.e coordina-.ion number; the mean ~_istance between the cen-
-~ers of the inpurity molecules and the nearest moleotAies of the so!-
IP_*nZ,O autA,.or considers -1oh-e inter--olecula.- interactions which
cauSe s,Aft in the frequency of the electron transitions, as 4-n-
teract-ions between a-,oms of the impurity noiecules and of the 3ol-
venz. ~-:a.nce a correciion tern is introduced in formula (2), viz.
im.D. Za 0 0 2
21n 4 + Y,10 (3b)
6 p ~Ti (0)
,:.ak--s allowance for 't-e fact that -.ne molecule are not points
an -ta-.at all t.he a-.oms of the solvent molecule interact to the same
LI V k, If
zhe impuri-y a-o=s, (I denotes 'he mean value o the
icniZU-ttion Potential o--f' t1ae aton). The applicability oil formula (31))
.i.s t~xtended to the case of constant dipole mo=ents of the solvent
2he-reby formula
U&rcd d/4T

6/!85/62/007/005/004/013
Absorption and luminescence of ... D407/D301
a 1 )12 (4)
i hcE 10
io obt-~,-ined (it de;,,,oti:i:- the mean value of the dipole mom=t-a of the
U
--civon t 1--oloculeo takes into account additional polarizabili-
ty, ir. t.he imnurity molecules by the constant dipole m oments
-he so'ven- moleculco. Furthert the polarizabi'lity of the crys-
,a.1 ---oloc-ies is calculated in torms of the =ean value o.1AP the re-
-action of th.c crystal, by means of the Lorentz-Lozenz forru-
-~i. 2or that purpose, the mean index of refraction is defined by a
The thus calculated --nolecule-polariz-abilitoies agree with
obtai.ned by other met-hods. In the vtorking, formulap the atomic
of the -rolecules is taken Into account. It is sho%-M
th- value of R (formula (2)), does not fit the experimental
Z..a, to '-.he proposed mod--'fied formula (3b), R represents
-e eZ'-',:!c-.-4ve intermolecular distance (unlike its interpretation in
numerical value of 1.1 in all the solvents, is close to
,:bean inter=olecular distance of carbon atoms of organic --olecu-
-Us of crystalls. r,,,r,--e of variation of R. is establi3hed, as wen
Card 3/4

S/185/62/007/005/004/013
.-'.bsorption and luminescence of ... D407/D301
ao _'t3 ~,Iependcnce on t-he packing coefficient. The use of the rodi-
fied 1~'ormula (3b), obtained on the assumption that the atoms are re-
Snwnsible for the molecular interactiong yielded satisfactory values J
for all t',le calculat-ed quantities. In part-icular, the constant di-
mo:~ents o-' d4benzyl and stilbene molecules were calculated.
2h(~ connc:ctlon bet-,,ieen the basic formula (3b) and the corresponding
_1o=:.u":a of other theories was established. There are 4 tables and 41
references: 25 Soviet-bloc and 16 non-Soviet-bloc (including 1 trans-
-lation).
ASSOCIATIO11: instytut fizyky AN URSR (Institute of Physics of the
AS Ukr'iS.';.,) 'A'Yyiv
11
SU3'-:1TTED: .4ovember 22, 19061
I
klz~rd 4/4

37", 5
V ' )05/005/013
62/007A
D407YI301
A U SolovyOv, A.V.
.-'-bsor-,)-kion and luminescence of imnuri-ties in crystals
of or:-anic com-.)otunds at 200'K - VI.L. Effect of variable
COM-zo-- tion of mixed crystals on the frequency of the
electron t---ansitions of imPurizies"9
C' D I C'j Ij U':
ray'inslkyy fizychnyy zhurna,!, v. 7, no. 5, 190620
535 - 510
Th.ls work, is -- continuation of the Preceding article (Ref. 1
4~;2-1'702). Pormu~a
(3b), obtained in Ref. 1, is usod for calcula-
I-ing (on the basis of experimental dat*a), the froquency shift of
`,~c c"ectron ti-ans4tion in impurity spectra of naphtacene in mIxed
%, J. &
o---ystals of wl..-iable concent-ration: dibenzyl-stilbene, Oibenzyl-to-
lanc tolane-stilbene. Tn tho general case, the frequency shift,
calculated by formula (3b) of Ref. 1, depends on the change in pola-
rizabilit-y of the solvent, on the mean intermolecular distances (i.
e. on the parameter P.), and on the coordination number, vizo:
C -, r d 1 / 4 v r,,67 /013

S/'85/62/007/r-05/005/013
,V'.'_-ZorPtion and luminescence of :)407/D301
z aoB1 0 ~!,2 a + z a )' "a 0::10 2
+ Y,
_4 -10 7 4 10~
12? 2R
ra 3 1
a -0 10 + 2 '
A z. (1)
4 M
1 2IR -
"-a -4-St -0-- (denoted in the following by n-; represents the
~- --- . -.I a w
-16'uie of -.he shift, caused by the chpnGe in the polarizability
~'r I.t'e 3olve-~, resulting fro- changes in the concentration of the
V - 4. - 6
of t.*,-..e mixed crystal. The investigated iMpU-4ty spectra
o_f naphtacene in mixed crystals# have the following property: V'o
_--"&-'Ua! frequency-shift-due to changes in the-concentration of 'he
~._ I - V
com:~anents, %-.as observeA; the rrequency shift is sudden and toakes
-.1ace at a certain concentration of each mixed crystal. 12.1iis effect
is lue zo the crystall4ne structure of the solvent. The calculations
carriad out by formula (1), showed that the shifts, resulting from
z-4e c:-iange in polarizabili ty a and from the change in inte=ole-
cular distance Rr coMpensate each other, The magnitude of the chift
Ca_-d 2/4

0
S/185/-2/007/005/005/013
z c 46o.-. Lind luni.nescence of ... Cj7/D3 01
due to th.e changes in P. 'Thust t';-ie impurity spectra in
n -, tl- i talli-
-e sD_u"-4;)ns ,iold in" rza~ion on chan,-es in the crys~
10 11
of tlie so"Lvant azndl on. t1w. varlous ener,--y proce--ses in-
,ormula (1) is used for clucidating certaln [-,enex-.1
-%ctra Jn crys+a1s. The inw,)urity j1,)ec'..-a
QL ~j I-; t,.46- -
of kin,-~s of 'band-c- -ahiclh form, 3 spectral- sories., T.he
st-ructure. The nean values of the quantl-
-r-'bu
cn,~Cz o a ar e used for est.-116=ating ?.-he con
ti~~,n of to thO =W-nitude of the s *.-. i f -to, and to aoce~-tailn
for the shift (by a comparison of calculated-
values). The nultiplet st.-ucture of the bands is
_~o the wxiable mean intermolecular distancep i.e. 'to 'the
of t.,,,e i;npuz*i1ty =lecules in the solvent; the defo=a-
Ln c, th~., s o vent mo-1 e cul e s o r o f the im-pu-rity ro lf.-,~ul e s give s
4 S %a
.L to a con3tant dii)o1_e-_"o-_ent; thiso in turn, leads to a consi-
r
'he n
orab' e 'r,~quency s--;- ultiplet structure of the impu-
--ft. Thus
r_ Uy sp-,:cti-a is mainly due to mic r o s toructural changes in the sol-
Vent, and not to the DhY3iCoche=ica1_ prope-rties of the molecules.
wr4cus factors which cause "requency shi-'4.s, may compensate
cac.~. c,'.1Ier, the author concludes that it is not yet possible to un-
Card V4

S/135/62/007/Ov^5/005/013
o i o n a.-. d, I u m -In e s c e n c a o f ... D407/D301
ascartain tw",.e. --eason I-or the shift. The calculated and
values (~-bta:.ned by in0ependent methods: X-ray struc-
ra xn,_ -)ectral) aera in r-ood amreement; therefore formula '1)
:.n --,.,neral correct; it requires only a refinement of the values
cnte---inc iln it. -Formula (1) can be used for calculating frequency
f bcloa 10 - 90 cia-1. Somo of the c:ilculati6no performed,
_,re apprcxiJ.,.,-.ate, yielding tentative values only. There are 15
14 Soviet-bloc and 1 non-Soviet-bloo.
--,ns.ytut fizyky AN URSR (Inst'itute of Physics of the
AS Uk~-RSR) Kyyiv
SU-_~: T 7 E'D 1,4'ovember 17, 1961
CL~rd 4/4

T101266-a BW(l)1EWT(m)1EPF(c)1ZWP(j)___ IJP(c) RK
ACCESSIM NRI kM20788 WW48/65/029/boeAmAM
AUTNOR: Voroblyevs V. P'O; Soloviyovi A. V.j_.Shpakp if. T.5711' 6z
TITLEs Luminescence of the prod-acts of photolysis of crystalline triphanyl-
motha;~~t 200 bieport, 1 th Conference on Luminescence hold in Kharlkov-2-5-June
to 1 July 1960
SOURCE: AN SSSR* Izveatiyao Seriya fisiche3kaya, vo 291, noe 81, 19659 1307-1308
TOPIC TAGSt photolysis., organic crystal,, free radical, luminescence anal"ist
electron paramagnetic resonance
ABSTRACT3 Two of the authors and collaborators have previously found that ir-
radiation of triphenylzethane crystals at 200K with unfiltered 14 mer- I
r
cury arc gives rise to five now bands in the luminescence #pad= NX they
have called the Ap Bp Cp Ds and E bands# in order of increasing wavelength (Ukre
fiz. zh., 7P 422P 1962). The present paper reports results of an examination Of
initially very pure triphenylmeth&ne crystals which have been further purified by
zone refining, After irradiation with mercury arc light these crystals showed i
only the A band, the B, C, D,, and E bands being absent* The A luminescence band
of the purified irradiated crystals was Identical with the luminescence spectrum
Card 1/2

L. oi266-66
ACCESSION NRz AP5020788
of triphenylmethyl radicals produced in other samples by chemical meansp and the
electron parawgnetic resonance spectra of the purified irradiated crystals and
the crystals containing chemically produced triphenylmethyl radicals were also
identical# It is concluded the A luminescence band induced in triphanylaothans
crystals by irradiation with mercury light is due to triphonylauthyl radicales
and that the B0 C,, Do and E bands are due to impurities* It Is noted that the
luminescence method for analysing the photolyals products of crystalline tri-
phertylmethans Is more sensitive than the elect atic resonance method
"The authors are deeply grateful to I&FPrikhi; r1komeorwhose direction this
work vfas, performedj for hie constant interest and helps" Mgo arto hams 1
figure$
ASSOCTATIONs Institut fisiki. kkademii naukUkrSSR (Institute of !!NY-8-ics# Academy
of Sciences? UkrSSR)
SUBMITTED: 00 INCLt 00 SUB COWt S8, OP.
NO P3F SOVI 001 OTHERt 002*
Card 2/2 4

SEWNOV, P.A.j SOLDVIYEV# A,V.
Regular wave conditions of the flow in film absorbers under
conditions of an ascending direct flow. Trudy HION 26:60-64
164. (MIRA 18.5)

SOWYIVM,, A.V. [Soloviov, A. V.]
Absorption and luminescence of impurities in crystals of
orannic compounds at 200K. Part 51 Spectra of naphtbacens
1n certain mixed crystals of variable composition. Mir. fiz
zhur. 6 no.ls66-76 Ja-F 161. (MMA 11... 6,
1. Institut fizIkI AR USSRF g. XI V*
(Ilaphthacene--Spectrar

SOU'VEIVP A.V. (SoloviOrs A.V,J.
Absorption and luminescence of impurities in crystals of
organic compounds at 2eK. Part 4: Spectra of anthracene
In crystals df certain polyphanyls. Ukr. fiz. thur. 6
no.106-65 J&J 161. (KTRA 14t6)
1. Inotitut Miki All USSR, g. x1yev,
(Anthracene-Spectra)
(Polyphenyls)

SHFAK, AH.T.; ~$59LQVIBV, A.V. [Solovyov, A.V.J; SFIFBE~ET, N.Iq
WHITRENKO, I.P. [Dmytenko,, U.P.]
Spectra Investigation of chemical transformations in crystal-line
triphanylmthane. Ukr.fiz.zhur. 7 no.4s422-429 Ap 162.
VURA 15:8)
1. Institut fiziki. AN UkrSSR,, go Kiyev&
(Methane) (Chemical reactions)

SHPAX, M.T.,- SOLDVIYEV,-A.V. SURDET9 N.I.
-- -- - - - j
Mature of the luminescence spectra of crystalline bensens at lov
temperatures, Opt.i spektr. 13 no.5s694-700 N 162. (MIRA 15M)
(Benzene oryatals--Spectra)

SOV/51-b-2-30/39
AU THCR s Solov,yev. A.V.
TITLE - Effect of an Additional Impurity on the Impurity Absorption and
Luminescence Spectra of Molecular Crystals (Vliyaniye dopolnitelluoy
primesi na spektry primesnogo pogloshchoniya I lyuminsatsentsiyu
molokulyarnykh icristallov)
PERIODICALt Optika I Spektrookopiya, 1959, Vol 6. Nr 2, pp, 268-259 (USSR)
ABS TRACT: 'Me author studied the effect of atilbons on the absorption (Fig la)
and luminescence (Fig 2a) spectra of naphthacen* dissolved In a crystal
of dibenzyl. The amount of stilbene was gradually increased while the
amount of nAphthacens was k*pt a=stant. It was found that, at small
concentrations of stilbane, Lutenso aaphtbacene absorption lines are
broadened, while weak lin disappear altogether, as the concentration
of stilbeae is increased (
19hge 1V and 1v). On addition of stilben*
some of the naphthaosne lines close to ;he intense lines but on the side
of low frequencies are intensified, while the naphthacamo lines on the
side of high frequenciea are waaksaed. At high co'neontrations of
stilbans, (5-10;~ or morel a series of wide bands appears between th4w
naphthacen bands (Figs ig and 34). At the same time intensity or the
Card 1/2 naphthacen: bands docroa&63. Tne wide bands 'which appear at high

SOV/51 -o-2 -30/39
Ef fact of an Additional impurity ca ths 1mrarity Absorprtion and Luminoscen:e Spdpttrs
of Molecular Grystals
stilbone, concentrations are similar in form and polarization to the
absorption bands of naphthr-cone ia stilbene (Ref 3) but are displaced
by 100 cm-1 towards high frequev:isa. The author concludes that these
wide bands are due to P-'taorptict lq t1hose, naphtnacens, mole~:ulss whose
nearest neighbours are stilbaze rather than dibentyl molocula4. Similar
behaviour Is observed In lLxiues-sn,-q spectra (Fig 2). Fig 2A represents
the luminescence spectrum of naphthazdae in dibonsyl, while Fig 2W-14
show the spectra with 1r.,--.*aainG amounts of stilbene. The observed
effects are primaAly due to iaters~?tlons of stilbon* with dibensyl at
low concentrations of stillleve. At high concentrations of stilbane the
latter Interacts directly with nap!~thacene. Detailed results of this and
other Investigations will, be pu'~Uahe! later. Thera are 2 figures and
5 Soviet referoaces.
SUBUITTEDs July 29, 1958
Card 2/2

PRIZHOTIXO, A-7- LPrykhotlko. A.P.J; SOIOV~'M, A.V- LS*loviov, A.VJ
Absorption and luminescence of impurities in organic crystals at
200K. Fart 1: Spectra of naphthacens, solutlins In dibonzyl and
diphanyl crystals Lwith summary in Inglishj. Ukr. f1%, shur, 4
no.1:92-107 Ja-F 159. (MIRA 12:6)
LInstitut fisiki AN USSR.
(Naphthacene-Spectra) (Bibentyl crystals) (Biphenyl crystals)

PRIIHOTIKO. A.7. [Prykhot1ko, A.7.1; S0I0V'M# A-T- ISOIOviOTt A#T*1
Absorption and luminsseence of inWities in orgAU10 compound crystals
at 200 X. Part 2: Spectra of naphthacene solutions in the crystals Of
certain uAcondensed aromatic bydrocarbons. Ukr. fiz. shur, 4 no,22
229-238 Kr-4p 159. (MIRA 13:1)
lolustitut fis1ki, AN USSR.
(16phthacene-Opeotra) (Crystals)
(Fqdrocarbous)

GORDXYZV, G.G.. prof.; YAKUSHKIN, D.J.. Prinimali uchostiye: GORMATA, N.V.;
GRANOVSKATA, A.Te.; YiCVSTIGMYZVA, Yu.G.: KRYLOV9 M*V.; LEY111, D.I.;
KAKHOMSKIY, V.B.; KZTJCIMW. A.L.; NAZAMWO. V.I.; NICHIPORUK.
O.Ke; PAVWV. L.I.; RUNTANTSETA, N.V.; SOSZNSXIT, I.I.; CHIMMSKIT.
Yu.V.. TULUPNIKOV, A.I., red.; SOLOT profs, red,;
RAKITINA. Te.D., red.; ZTBRILIKA. Z.P., takhn.red.
(Agriculture In capitalist countriem; a statisticel manual) Sol'skoe
khosioistvo kapitallaticheakikh stran; statisitchemkii abomike
Moskva, Oos.izd-vo sollkhoz.lit-ry. 1958. 247 p. (MIU 120)
1. Moscow. Vassoyuznyy nAuchno-issledovatel'skiy inititut skonomiki
sel'skogo thozyayastva. 2. Otdel nauchnoy Informstaii po skonomike I
organizatell ael'okogo khosynyLotva zsrubashnykh stran YsevoyUsnogo
unuchno-issledovetallskogo inrtitixta ekonomiki sellskogo khozyaystva
(for all except Tulupnikov, Soloylyev, Rakitins. Zubrilins). 3.
Direktor Vaesoyusno.go nauchno-teeledovatellskogo inatituta ekonomiki
sel'skogo kho%yAystva (for Tulupnikov). 4. Zamentitall direktora
Vassoyusnogo nauchno-lasladovatellskogo institute skonomiki sellskogo
khosynystva (for Solov'Yev).
(Agriculture--Statistics)

TULUPWIXOT. A.L. Prinimali uchastlys: BAKULIN, 1.1.; VIKUTAUV, A,P.;
LUBOROY. I.T.; UBANOV, P.N#; FISINUNYT, I.G.; POPOV, N.I.#
SMVIYSV. A.Y., prof., doktor ekon.nauk. reteenzent; KALAWY, S.F.,
prof.. daktor skononsuk, retsenzent; GORTACHKIN. M.I., kand.nauk.
retsentent; OKHAPKIN, K#A., imnd.nauk, retsentent; RUSAXOT, G*K*#
kand.nauk, reteenzent; RMTOV. D.G., kand.nauk, retseuxest; CMMK-
MUSHKIN, S.D., kand.nauk, retsenzent; TOLOT, V.V., retsensent.
(Bconomic basis for agricultural administration] Toprosy ekonomi-
chaskogo aboanovaniia sist-6a vedeniia sel'skogo khosiaistya. Koskva#
1960. 275 p. WxA 13..6)
1, Moscow. Yeesoyuznyy ntiuchno-inaledovatellskiy institut okonesiki
sellskogo khosynystva. 2. Yeasoyuznyy nauchno-ionledovatellskiy insti-
tut skonomiki sel'skogo khozyaystva (for Bakulin, VikUyayev, Duboroy,
Kabanov, Pialmnnyy, Popov.)
(Farm management)