SCIENTIFIC ABSTRACT SOLOVYEV, A.I. - SOLOVYEV, A.N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001652310011-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 25, 2000
• Sequence Number: 11
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

SCLOWILVs A.I.
Across Au3tralia. Goog. v shkole 25 no.3:15-25 MY-Je 162.
(MI-IIA 15:7)
1. Chien-korrespondent Akademii pedagogicneskikh nauk FOFSR.
0
(Australia-Degoription and travel)

WRTIOV I G.V.; SOLOVIYEV A.I.; ORWV, V.I., retsenzent; LAKTIONUVAp
7MIONOYA, F.A.., red.; KOZLOVSKAYA, 14.D.0
tekhn. red.
[Reader on the physical Geograptq of the U.S.S.R.; nature
picturea from the works of literary travellorep and aci-
entivts] Khrestomatiia Fo fizicheskoi geografii SSSR; karti-
rW pr1rody iz proizvedenii pisatelei, Futeshestv,,-nnikov i
uchonykh. Posobio dlia uchitelia. Voskvaf Uchpodgiz) 1963.
403 P. (HIRA 16:12)
(Physical geography)

YESAKOV, V.A.; SOLOVIYEV, k.1.; FEDOSEYEV, I.A., otV. reds;
thussian geographical explorations of European Russia and
the Urals in the 19th and the beginnine of the 20th century)
husskie geogreficheakie issledovaniia Evropelskoi Rossli i
Urala v XIX - nachale XX v. Moskva, Nauka, 1964. 177 p.
(YIRA 17: 11)

,40WEETSKIY, N.A,-. FEDCHI-A VA.; AZATYAN, A.A,; DONTSOVA, Z.N.;
MOSEYEV, I.A., r)tv. red., YEASKOV, V.A . red.;,_�OIDVIYEV,
roJ.
Iminvilan geographical explorations of the Caucasus and
Cpntral AnIa in the 1~#Lh and the beginning of the 20th
,.,ent.1jz*y) Husakle geografl,~heskle lssledavanlla Kavkaza j
Srednel Azi! v XlX - nachale XX v. [BY) I'l.A.Gvozdetsii I
dr. lvlosk-za. Nauka: 1964. 156 p, (MIRA 17:11)

YESAYOV, V.A.; PLAKHOTNIK, A.F.; ALEKSEYFV, A.I.; FEDOSKIEV, I.A.,
otv. red.; SOLOVIYLV, A.I., red.
(fiussian ocean and sea studies in the 19th to the begin-
ning of the 20th century] Russkie okcanichoskle i morskie
issledovanlia v XIX-nachale XX v. Moskvap Nauka, 19U.
15F P. (EIRA 18:1i

VAUMOV, Gurty Vasillyevich; FEDOSEM, I.A., otv. red.; YESkKC)V,
V.A., red.; SOLOVIYEV, A.1.# red.
- -- ---- 00.1". -
thusAlan geographical explorHtions in Siberia in the 19th
contury) Rusakle geogreficheskie Issledovanlia SibIrl v
XIX - nachale XX v. Yoakva, Nauka, 1965. 146 p.
(MIRA 190)

SOLOVIYU, A.I.
Friction and wear testing of four-way hinged coupling@ used in
instruments. Priborostroania no.4:30-31 Ap 156. (KUkA, 9:8)
(Couplings) (Links and link-motion) (Instruments--Testing)

SOWYIYVV. A.1.
rolling fishplates covering the joints on 143 rolls.
Notallurg no,8:22-23 Ag 156. (KW 9:10)
1-Stnrshiy kalibroishchik Makeyevskogo smyods, imeni Kirm.
(Railroods-Ulle-Y"toningg) (RollIqC (Metalwork))

- SOIDvTjw,-A4,,,%1
Friction in roller beorings used In instruments. Priborostroente
no.9:21-22 S '56. (KLRA 90.10)
(Bearings (Nachinery))

SOV;' 137 - 51; - 6 - 16860
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 8, p 9AUSSR)
AUTHOR: Solovyev, A.I.
TI TI, E: Rational Grooving of a 350-2 Continuous Merchant Mill and a
350-1 Staggered Merchant Mill (Ratsional'naya kalibrovka
nepreryvnogo sortovogo stana 350-2 i sortovogo shakhmatnogo
stana 350-1)
PERIODICAL: Tr. Nauchno-tekhn. o-va chernoy metallurgii. Ukr. resp.
pravi., 1957, Vol 2, pp 127-137
A13STRACT: A 350-2 mill has 15 working stands - 10 with horizontal and
5 with vertical rolls. The starting billet measures 8Ox8O or
IC6xlO6 mm, or may be flat to permit rolling (R) of strip, de-
pending upon the shape to be rolled. During the first period of
operation of the mill after its start-up, the system of grooving
(G) of the rolls was mixed. The first two horizontal stands of
the roughing group had box passes, and the remaining stands
had oval-square passes. However, this grooving had a number
of shortcomings for application to a continuous mill and the
plant introduced a system of oval-oval edging passes for R
Card IIZ round and reinforcement steels 10 to 30 mm in diameter.

SOV/ 137-58-8- Ib860
Hational Grooving of a 350-Z Continuous Merchant Mill (cont.)
Practical experience over 1.5 years proved the superiority of this system,
,which made it possible to hold the It procedure constant, significantly to
S)Mplify tilt, guide equipment, and eliminate tangling of the strip. Improve-
1110-Ilt III tilt, G Alf the 3~'W()- I staggered mt-rchant mill for reinforcement.
rw.ino, stlitare, and strip steel, and also for fishplates, angles, and channels
%vas ;kl-.,t) carried out.
S.G.
I ~tollinr, mills-Perfornance 2. Rolling rille-
uitrent
Gard Z/Z

L
130-9-15/4>1
AUTHOR: SolovOrm 4~r.
TITLE: Riffling the Surface of Roll Passes by Rolling (Rifleniye
nakatkoy poverkhnosti kalibrov valkov)
PERIODICAL: Metallurg, 19571 Nr 9, PP-30-31 (USSR)
ABSTRACT: A toothed roller has been successfully used toroll a fine
rectangular-p7ramid pattern on roll-pass surfaces. The tool-
steel roller is 150 mm with a 28 mm wide working edge.
4'.5 revolutions of the roll are required. Riffled rolls have
superior gripping propertieso give smoother passage of the
work and better surfaces on the finished product. Roll life
is increased because of woxk hardening during riffling and
because riffling leads to crazing instead of to deep crack-
ing. There are 3 figures'.
ASSOCIATION: :Hakeyevkaj Metallurgical Works (Makeyevakiy1etallurgi-
cheskiy Zavod).
AVAILABLE: Library of Congress.
Card 1A

POUJILHIN, P.I., koktor takhn.auuk; ASTAKHOT. 1.G., imad.tekhn.nauk;
SOLOVI M , A.I.. Who; YON M 0# Yujeog lnzbo
Investigating the continuous rolling Process of angle steel*
Sbor.Inst.stali no*39:132-1,52 160. (XIU 1317)
1. Kafedre. prokatki Hookovskogo ordens, Trudovogo Krasnogo
Anameni instituts stall Im* I.T.Stalinao
(Roll Ing (Ke t.: ~.work) )

:,w n t. i id o k I in .ni i k
I ,
Using locomotlwls with gyroflywt.""els !n
mines. Trudy VNI"Gidrouslift no.4:10",-Ill '64. (M!~A IP:3)
1. SlUrskly tretallurgicheskly inAitut (for Fillatov),
2. Vrjp.-;,)yuznTj ntiuchno-is-.;I(~d,)v.,it(~llr~kiy 1 ;-:-oye'K-tno-
konstruktorskiy Institut dobychl uglyn r-,iravlic!,(-ik!m
,wos A
I Slibirskly m,~*alN,-,g!chvsk"y !nstitut (for Lcl-,v,
5010vly"v).

SOIDVIYXV, A.I., kandidat tekhnicheskikh nauk.
Now closed system stands for testing automobile gear boxes.
Avt.traict.prom. no.10:10-12 0 154. (XLRA 7:10)
1. Tagaarogskly radiotekhnicheekly institut.
(Automobiles-Transmission d*vIces)

SOWVITNT, A.I.,.kandidat tekhnicb"kikh sauk.
Investigation of the coefficient of efficiency of xatowblle
transmissions. Ayt. I trakt. proms no,2:25-18 7 136.(NM 9:6)
l.lagaaregskiy radietakhatchookly lustitut.
(Automobiles-Transulselou devices)

SOLOVOYNY, A.I., kand.takhn.nauk.
Uperimental determination of reduced static moments of Inertia
for mechanical systems of Instruments. Priborostroonle no.9:24-25
5 157. (MIRA lot 10)
(Moments of inertia) (Mechanics)

SOLOTITIV. A.I., kandidat takhnlchookikh nauk.
,~-- ~ - 0- ~ - ~ ~ - ~
Yriction Is a friend and an enemy. ZzLan-vila 32 no* 8:30-32 ~ 157.
(MIRA 10:10
(Yriction)

J
at
3
.34
Joe
. I I
; 39
!I; H if h
fit
sit
0
a Sal
Ij
j!
4,1 AR

AUTHORs Solovly*v, A.I., Dotsent, Candidate of Technical Sciences
TITLEt Conference on Transmissions (Konforentalys po peredach&m)
PERIODICILs Yestnik Vyashey Shkoly, 1958, # 2, pp 7o - 17 (USSR)
ABSTRACTt In September 1957, an All-Union Conference on Transmissions,
convened by Od*sskoye oblastnoyo pravleniy* nauchno-takhni-
cheskogo obahchcetva mashinostroiteley (Odessa Oblast' Admi-
nistration of the Scientific-Technical Society of Mechanical
Engineers) and the Odeeskiy politekhnichookiy inatitut (Odes-
sa Polytechnic Institute) took place in Odessa. The conference
was attended by 270 delegates from different plants# and scien-
tific and educational institutions.
Professor, Doctor of Technical Sciences Y.N. Kudryavtoev
delivered a lecture on "Nothods of Reducing the Six* and Weight
of Gear Transmission" in which he explained how this reduction
is achieved and the industrial Importance of it.
Candidate of Technical Sciences Ya.G. Kintyan (TaINTHAsh)
reported on the results of Experiments in gear couplings.
A lecture on the beat selection of designs and geometry
of planetary reducers with an evolvent out-of-pole coupling
was delivered by Professor, Doctor of Technical Soiences
Card 1/2 V.A. Yudin.

SOLOVITXV, A.I,,dot9.,kand.tskhn,nauk
Now laborator7 work on friction in gear machaAlims. lsv.vys.
uchab.zav.:mashInostr. no*2:91-9? 158. (MIRA n.*12)
le Ta#~anrogskiy radlotakhnichaskiy Institut.-i
(Friction) (Goaring-Testing)

AUTH`R I ~',olovlvev, A.T., Cpn(4Hpte of ?eel-,nicp1 33ciences, 7otsent
TITLE: Tnstrucent-Yakers lWe 30afteda ftubb Tbol '7ri~orostroitali
pollichili khorosheye posobiye)
PFUTP-DICALi Vestnik vyashey shkoly, 195P, Nr 12, pp P9-90 (US-!R)
AF-TRAC7! The Author gives a review of the book "Parts and Vnits of
Instruments" by A.D. Nesterenko and P.P. Crnatskiy. The
Publishing Office is Costekhizdnt Ukr.;';R.
There is I Soviet reference.
ASSOCIATIONs Taganrogskiy rediotekhnicheekly institut (Tagenrog r-adio-
Fngineering Institute)
Card 1/1

201,011y"- f d. tekhn. nauk dots.
Investigating friction losves In ant1frIctlon bearings operating in
various conditions, Vast. msh. 38 no-3:29-31 Kr 058, (MIRA 11:2)
(Bearings (Machinery))

SOLOV'YEV, A.I., kand.tokhn.nauk, dotsent
Moment of friction, efficiency, and reduced coefficient of friction
of an articulated coupling. Izv.vyo.uchob.zav.; mash1nostr. no,,11
78--82 160. (MIRA 14;5)
1. Taganrogskly radlotekhnicheakiy institut.
(Couplings)

bo "Q9 4t?&,2,J
Solovlyev, A. T., Dor-Qnt, S/I 191601000/051CO-410i 4
2ci(:rxes L()14/BO07
T ~il E An Fleniont,,~r,~y ef Differential- and Planetary
nilM li%:' nl%~.-nto Ind A; -.rt"
C 01 CA L: -10
1: 1 r-y:,A i~ roner Lic.: -it(] the f orce, nro-
In Uie !4~re.,;or t par, r,
PO'. i orlo of' C, I I' fe !-c-1 " I11 C C 1, :or(~ invooLif;ated. ln fij-,ure I
differential rieclr~ni.,n!i tire outlzrir.-I. The e(Illation of force:; (2)
nnd the equation of moments (3) ar,) :;f--t tip, ~~nd t;lc transmiccion rt-tior (4)
and (5) are Given. Their uno, .-.is a sur:mritinn nechanism itith two degreen of
fro(-dom in shown. Further, with on(~ de;,reo of freedom, ao-called
-lonod differential ~:Pprir%,-,~,. rr 6-:A t -at 01. ;'or the i,urpotte of compar-l'ng
the kino~-,atic Lhe reduction pointer
A i -tio, i iu thatl in a
maxI'mod "max vod
i.-. defined. For the
of the direction .-n -~i:, c
%.orn-nicia shown in f it:urr- 1-71~! f,y- cr-'o I"ic jelItf; v're (,ivch in
ns of fc,"r" ir Oe-

O&CA
lin E I em on tary Syn the.-: in ~f Di f t;t
Planetary I-lechanicn.,; ol' :'0 1 Al / El W 7
,Illd for 6hir v~ f"wrived, in which tho lo---
t!w individ,,i-d (,!r W- arcount. Table
.,I' frictlon of the eloi,ont.,
Cor tile
I r7~0i - F1 ~ Ilren
f1r, ef:lrjl)lc Jn dincurL;od. -Ii,l iij,,
T
C 'A L-,!

SIOLOVITEV, A.I., kand.tekhn.natdc, dotsent
Some theoretical promises for using the method of mechanical analogies
in experimental investigations of the efficiency of mining machinery.
Izv.VYq.ucheb.zav.;mashinostr. no.11:65-76 160. (min 14:1)
1. Taganrogskiy radiotekhnicheskiy institut.
(Mining mchinery-Testing)

60LOVI-YEV, Aleksandr Ivrinovich; KOVALKNOK, Yevgoniy Vikentlyevich;
VERZIN, Ivan Andreyevich; KOVALEV, Nikolay AleksandrovIch;
VC-LIMIR, R.I., red.
(Designs of mechanisms for,AwtowgUa control deTices,, aftsur-
ing and computIng equ1,pbw%)fliwcWy nekhmnismov aTtomatiki,
izmeritelinoi i schatuo-reshalushchei tekh3tiki.--Fbd red. A.I.
Solov'eva. Taganrog, Tagamsopkii radiotakhoin-t. 1961. 215 p.
(MIRA 160)
(Automatic control) (Measuring instrummte)
(Calculating machines)

SOLOVIYET, A.I., kand.takhn.nauk., Ootsent
Experimental reduced coefficients of friction for anItfriction
bearings. Izv.vy9.ucheb*zav*; zashinostr* no*A#SlOS-1l2 161o
(KMA 14 s 6)
1. Taganrogskiy radiotekhnicheskiy institut.
(Friction) (Bearings (Machinery))

dotsent
Zxporimental stud*. of the coefficient of orfloieIncy of planetaxy
gears on coal cutter-loaders.. Izvo vyBa ucheb* zavej gore zhurs
5 fio.3:94-98 162. (MIRA 15:7)
1. Tagarwogskiy radiotakhnichaskiy institut. RekamendovarA
kafedroy tokhnicheskoy makhaniki Tagn-ogskogo radiotakhnieheakogo
instituta. -
(Coal mining machinery)
(Gearing-Tooting)

SOLOVIYEV, A.I.
Measuring differential mechanisms. Izv.tekh. no.12:19-22
D 162. (HIU 15:12)
(Measuring instruments)

SOLOVIYEV, A.l.; GEVCNDYAN, T.A., doktor tekhn. nauko prof.,
retsenzent; GANCMI, dots., red.; AKIMOVA, A.G.,
red.izd-va; DEMKINA, N.F., tekhn. red.
(Laboratory manual on the theory of mchanisms and parts
of instn=ents] Laboratornyi praktikum po teorii mekha-
nizmov I detaliam priborov. Moskva, Mashgiz, 1963. 143 p.
(MDA 17:1)

LITVIBOV, L.N., kand.tekhn.nauk;,_pO VIYEV, A.I_,, inah.; IERUSALIHOV, YS.P.p
inzh.
Driving piles %iithout a pile driver using the UR-1250 diesel
hammere Transp', stroi, 13 no.2:17-18 F 163, (MIRA 16:3)
(Piling (Civil engineering))

KOSE2;KO, I.A.0 dots., otv, red.;
KORNIWVj Te.A.0 red.
(Theory of simple coqmting and meam=iug 'echanismal
Teoriia prostaishikh sabotno-reshaiushchikh i ismeritell-
rWkh mekhanizmov, Rostov-na-Donup Izd-vo Rostovskogo
univ.,, 1964, 61 pe (FJIRA 18t6)

"(W)'! I I 'I", - . ' . t ;ioktor tektin. nauk, prof.
,j
ot-If-loading with simultaneous suspension of the reduced moment
of frJction of coaxial reducing gears in a closed force circuit.
Izv. vya. uchob. zav.; mashinostr, no,60345 165. (MIRA 180)
1. Taganrogskly rftdiotekhnIcheskiy Institut.

SGKOLDVP V.M. PriniUAI
red.; HASPLAVINA, G.11,, rod.; 61BILP A.Yi,.p
ZASLAVSKIY, 1. 1., red. ; KGN~,IAT "IN, h.A. , red. ; X'(A.5I.,;FG*.-S:'v'A,
Ye.l., red.; SFACY-EV, K.F., -Pd.;
~,-IAIMITMVA, A.I., red.; MiEHM, U.M.9
red.; LOBZOVA, N.A.v red.
(Atlas of Mmicow Province] AtItio Mr)~-.kovvkol o.;Instl. Mo,,kvn,
1W4. 12 P. (1-'JrA -18:3)
1 e2
A. Rusvia (1923- 11 A
kurtc,F
,rnfil.

5W.310
S/108/62/017/007/002/008
D288/D308
AUTHORS: Setyukov ' L. I., Solov'Yev. 6. K., Members of
the Society (see As6bciation)
TITLE: Transient and steady-state processes in a class
D transistor amplifier
PERIODICAI: Radiotekhnika, v, 17, no. 7, 1962, 19-25
T:-',XT,. The operational characteristics of a switching tran-
3istor with a reactive collector load are not defined by the
intersection of a straight load line with the I C #.*u0 family
of'curves,as in the case of a resistive load, but by a load loop
of which the position depends on the relative frequency and am-
plitude of switching pulses with respect to the time constants Va
of the reactive load--R and 0 in parallel. Charge- and discharge
time constants are expressed in terms of R, Cj and differential
output'conductivities. Of main interest is the case of a pulse
Card 1/3

S/108/62/017/007/bO2/008
Transient and steady-state... D288/D308
repetition frequency high enough to prevent discharge, resulting
in a 100D shift towards the origin. An analysis with the aid of
~.ransforms yields a formula for U in terms of R,
Laplace U out
I., pulse repetition frequency, occupancy, and normalized (dimen-
sionleas) time n; one part only of the expression is a function
of n and describes the transient process; the second part is
independent of n and corresponds to the steady state. Close
a-reement ic obtained between calculated -and experinental re-
sponnes. A similar analysis is performed for the R and L
series circuit, relevant time constants being expressed in terms
0~ R, L, and transistor saturation resistance. It is advisable
to protect the transistor with a catching diode across the load.
Formulas for I c max and I a min are derived and employed to
construct a theoretical response curve, again agreeing closely
with experiment. There are 9 figures.
Card 2/3

3/108/62/017/007/002/008
Transient and steady-state... D288/D308
ASSOCIATION: Nauchno-tekhnicheskoye obshchestvo radiotekhniki
i elektroavyazi im. A. S. Popova (Scientific and
Technical Society of Radio Engineering and Elec-
trical Communications im. A. S. Popov) Z-Abstract-
er's note: Name of Association taken from first
page of journal.-7
SUBIMITTED: June 16, 1961
Card 3/3

ACCESSION NR: AP4029461 5/0108/64/0191004/0052/0056
AUTHOR: Satyukov, L. 1. Wtive member)l Solov'yevo A, K, (Active.
member)
TITLE: Frequency characteristics of a class D transistorized amplifier
SOURCE: Radiotekhnika, v. 19, no. 4. 1964, 52-56
TOPIC TAGS, amplifier, transistorized amplifier, class D transistorized
amplifier, frequency characteristic. pulse durstLon nodulatLon
ABSTRACT: A class D ampli.fler which consists of a modulator and an amplifier
stage is theoretically considered. The modulator converts the signal into a
sequence of pulses whose height and repetition frequency exot constant but, whose
duration is proportional to the signal value (pulse-duration modulation). The
pulses so obtained are amplified by the switch-mode mplifying stApf
Formulas are developed for the frequency characteristics of a single-cycu
Card 1/2

ACCESSION NR: AP4029461
transistorized amplifier opera ting into m AL or RC load. This fornmla describso
the amplitude -frequency characteristic for a&RL load:
It Is claimed that the formulas obtained for the amplitude -frequency and phase-
frequency characteristics for an RL-load amplifier were verified experimentally,,
with satisfactory agreement between the experimental and theoretical curves*
Thic in taken as proof of the valldity of the theoretiml results* Orig. art,*
had: 5 figmvu and 13 foxuu.1"e
ASSOCIATION: Nauchno-tekhnichemkoye obahchestvo radlotekhniki I
elektroavyazi (Scientific and Technical Society of Radio Zagincering and
Electrocommunic&tion)
SUBMITTED: Ozoct6z DATE ACQ: 30Apr64 ENCL: 00
SUB CODE: W, NO REF SOY: 004 OTHXRt 000
Card 2/2

NXZGOYOROY, L.A,; SOWTITIV, A,X.
Cold resistance of germinating seeds and soil pathogenicity [with sumary
In Znglish]. 71ziol. rast. 4 no.6:489-501 N-D '57. (KIM 10M)
1. Institut fixiologii rastenly in. K.A. TImIryazeva AN 3832, Moskva.
(Germination)
t0lants, Iffect of temperature on)
(Soil micro-organisms)

NIZOORVOROV, L.A.; SOLOV'YYV, A.K.
I -
Cold resistance of plants and soil pathogenicity [with NUMM27 In
English]. Fistol.rast. 5 no.5:424-J#33 S-0 158. ()URA 11111)
1. Institut fistologil rastenly Imeni K.A. Timir7aseva AN SSSR, Moskva.
(Plants, Effect of temperature on) (Soil micro-organis=)

NEZGOVUROV, L.A.; IDIAGI14UV, Shl.; SOLOV'YEV, A.K.
Reducing the pregermination death of seeds of thermophylic plants
at low temperatures* Fiziol.rast. 8 no.)t361-370 161o
(IM3RA 14--5)
1, Institut, fiziologii razteaiy U4 K,A.Tixiryaze* Akadexii nauk
SSSR, Moskra I Institut genetiki i fiziologii rasteniy AN UzSSRO
Tashkent.
(Soil temperature) (Seeds)

I

L 51292-65 EEG W-2/EEC (k)-,~/Vrl (1)/EXAW/~-, Pa-40-6/Veb ~JP~)
ACCESSION NR: APS009075 VR/0108/651 0 00310047 005
621.382
,AUTHOR: Solovlxevl-A. K. (Active member)
TITLE: Dissipation capacity of a transistor under pulsed operating conditions
SOURCE: Radiotekhnika, v. 20,.no. 3, 1965, 47-S3
TOPIC TAGS, transistor, Iransistor dissipation, pulse transistor
'ABSTRACT*.--The,-
operakkon of a transistor in-a pulsed amplifie'rJerminated-lby a
re 91 stance -capacitance or a res s6n_ce-_tn-ductai_ce fe_t&i( !e aWy~-vanstdcared-i-
Equare pulses with a period shorter than the load-circ-ult tim-e-constant are
asourned. The energy evolved in the collector of closed and open transistors i to
estimated (formulas 9 and It); the affect of the switching frequency on th.] a energy'
to investigated (formulas 16 ard 17). The formulas are valid It the pulve rise and-;- -
fall times are much shorter than the pulse duration. Orig. art. hasts 7 figures
and 33 formulas.
Card 1/2

L 51292-65
.ACCESSION NR: AP5009075
:ASSOCIATION: Nauchno-tekbuicheskoye obshchestyo radiotekWki I alektroovyazi
(Scientific and Technical Society of Radio Engineering and Electrocommunication)
-ISIIBWTTED,--27Aug63-------ENCL- 00 SUB CODE., EC
NO REF SOY: 003 OTHER: 001
d~
Card 2

WZGOVORCVt L.A.4 SOLOVYEV, A.K.
9ffeat of low temperatures &M pathogenic soil micrOflOm On
the water uptake of thermphilic plants, Fiziol, rest. 12
no.3000-515 My-je 165* (MIRA l8tl0)
1. InBtitut fiziologii rasteniy imeni K.A, Timiryazova AN SSSRI,
Moskva.

NFZGOVOROVP L.A.; SOLOVIYEV, A.K.
Increasing the field froat resistance of corn by treating the
seeds vith large amounts of TKM. Fiziol.rast. 12 no.6tlO93-
1103 N-D 165. (MIRA l8sl2)
1. Infititut fiziologii rasteniy *A X.A.Timiryazeva AN SS50R,
Moskva. Submitted June 19, 1965. 14,

ACC NR, AFC029056 SOUNCE __ CODE:
INVENTOR; Xurobov, V. 7.; Panin, Ye. I.; Prusov, N. K.; FilippOv, V. 1.; Solov'yev,
A. K.
ORG; None
A device for checking the thickness of an enamel film. Class 42, No. 183956
(iLnnounced by the Independent Technological Design lbffice for Microconductors (Samo-
Stoyetellnoye konstruktorsko-tekhnologicheskoye byuro po, mikroproyodam))
SOURCE: Izobret prcm obraz toy zn, no. 14, 1966, 85
TOPIC TAGS: surface film, protective coating, measuring instrument
ABSTRACT: This Author's Certificate introduces a device for checking the thickness
of an enamel film which raiy be used during enamel coating of wire. -Ine unit contains
a capacitance pickup connected to a self-excited oscillator. A high-frequency ampli-
fier, detector, DC amplifier with cathode follower and an indicator are connected in
series to the oscillator output. The circuit of the device is simplified and mes-
surement accuracy is improved by using a high-frequency oscillator with a load in the
high-frequency amplifier in the form of high-Q stagger-tuned tanks with symmetric
resonance curves and a narrow passband. An unblanced signal appears at the load out-
put which is proportional to the change in tbickness of the enamel film shown by the
indicator.

i ACC NRo AP6029058
I
1-self-excited oscillator; 2-high-frequency amplifier; 3-indicator
SUB CODE: 13, 1l/ SUBIM DATE: 12Apr65

SOLOV I YFV.--A.L, pi 311-"JZT,,EV , A.E, ; IVANGV, 1. 1. ; PARSHIN, A.R. I GOUUKH111A,
T.A.
Some data and co~aideratlons on possible means of ohemotherapy for
melanomas. Vop. onk. 6 no.6:88-89 Je '60. (MIRA 140)
(MMORS) (MOSINE) (CARBON-ISOTOPES)

~yrosllna.,~e test and its posvIbilities in the :4tuiy of antine-slanilln
-11-ilumeth 1) amino derivati,,en of Fyro~attchol
C o fb, s(f- y
and tyrovine.. Vop. onk. 10 no.6.92-.84 le4~
(M IRA 16 3
Kafedul blokhimll (zav. - chlen-korre:qlondent *I' '-5."R pruf.
I.Alvanov) Voyanrc-mediltnInskoy orc4,.-;a I.C-nina akrviemli imen.'
S.M.K~rowj. Adr!~o avtorov; Leningrad, K-9, Firogovrkaya naberezMaya,
1, kafe~~Ira biokhImi! Voyenno-medit'jinskcy crdona Lenina akademii
lment Kirova.

VLOV7-%KO 1'."A?.-Cv, !.I.; 1!01~i~OVA, V.'..; GAVRIUNKO, I-S.; IVANOV, A.I.;
SOLOVIYE'V A.L.; R1, VjFVAI L.!
Possibility of applying 3-0,4-d1hydroxyphenyl)a-lanine (10PHA)
as a mediator Introducing radioisotopes Into melanoma. Dokl.
All SSSR 164 no.1:95-98 5 165. WhA 180)
1. FaWyevy-y Institut im. V.G. Killop"na I Voyenno-meditsinskaya
iikader-iyu in. Kirova. 2. Chlen-korrespondent, AN SSSR. (for
Vdovenko).

fc~,rvjrw 04, 0 f. 1~ i0r, T-v 4
t. 1 t
Ar
J4
1 t
Soloylyev, A.M. "Educational Dravine" Moscow State Art Institute imeni
Smirnov, G.B. V.1. Surikov and Yoscow City
Alekseyevap Ye.S. Pedagogical Institute imeni
'.'.P. Potemkin

FT.TIUCJIY,O, V.G.; SOUJV #TV ~
Detormination of the mechanical strength of coke in a drum,
Koko i khim. no.2:29-31 160. (KIRA 13:5)
1. Orsko-Khalilovokly antallurgichaskiy koubinat.
(Coke)

JC - - V - IfEV 9 A.::.
1!-IU3trill carbonization rf c`iar~;_,s aomj)rising particle3 and a
J-ir,,e yro~?ortion o.' Karaga.:~Aa co.-.1s. Koks i khLme no.2:6-8 1610
(MIPA 14:2)
I.. CT3':o-KhaliIovs'ciy retillurf;ici.esAy kcmbi.-At.
(Coal-Carbonization)

S-1 . 4 :1 , i t~
. J-1". 7 L,- 4 -1
V.11., Kellner, N.A. and Solovlyev, A.M.
TULE: Tl,,-~ Form.4ti-,n of Oxides In Lead Sulphide Films aR Photo-
r~,Pi!-,tancec. (Obrazovaniye okialov v serAistosvintsovykh
cloYa,ch I fotosoprotivleniyakh).
KriS--,L1lorrafiya, 1957, Vol.2, Nr 4, pp.497-502 (USSR)
.",.-ST.-LICT: Sloctrono8raphic investigations of PbS sublimates, obtained
in J%:he form of i~dn unsupported films and us layers of about
I L,
~f-lcknons oL lassq showed that when in thin layers PbS
~: 1'._,r -A. 9
_'oforns ~- . %, 340 to a stable oxides which has the
lattice, but wtAch differs from At in composition.
~t 45J0'-1 i.=_(11 above FbS goes to another stable oxide
4F,.)O.r,)SO,&. The rate of oxidation depends on the temperat-
ure "-nd oL the type of sublimate. The formation of an
orl,~nted 1--yer of lanarkite, the crystals of which on subse-
" r~:it tieati.LZ lose their orientation cedes the formation
AU 6 %.
o-_-, aurf"Lce of a film of PbO.> and fbrOe PbSO The appear-
_L_--cc richer in My proce;ds aRer the forma-
thte v?aich usually occurs in the surface struc-
r4otoresistances. The differences observed
ir- c--rirso of c-4dation of the free films and the sublimates
YijS on are most probably conditioned by the differen-
Card 1/? cp-:. `2' the thic~-.ness and structure of the layers and the

70-4-8/16
V:(? -7or,.A!:ft-n oj~~ ii, Lead Sulpliide Films und PhotoresiotuLces.
of dif-"ereLt conditionB for the interaction of
L
FbS --,itli the ;-atmospheric oxygen. Tables of the observed
rn*,-d,,-r -patt-irn q-naciriZs are given together with reproductions
n " t? i~ AcliMowledgements are made to Acad. A. A.
Tf,(~re Lre ? tables, 1 figure, 5 plates and 19
7 of w'.,i(-,h are Slavic.
SUBMITTED: K-.--rch 1?, 2.957.
AVAILIBLE: Librar.',, of Congre:3s.
Card ?1q

VORONINO N.J., Inzh.j KRAbOTEINA, N.J., inzh,j MARSHAK, Yu.L.t inshol
'SOIDVITEVP A.M.; FSHENKOv V*A*, Inzh.j KULIKp A.Lt inzho
Use of carborundum. pacidug compounds for lining Curnaces vith
liquid slag removal systems. Elek.sta. 33 no.l2t2-5 D 162. -
(HIM 16#2)
(Boilers) (Au-naceo)

S/048/63/027/003/021/025
Blo6/B238
AUTHORS: Illin, U. m. solov,yev, A. m., Vertenerp V. N.r
Dutovj G. G.g'XoIoheVg B-.-7S'.l and Toporkov, S. A.
TITLE: A commercial instrument for X-ray
microanalyais
PERIODICAL: Akademiya nauk SSOR. Isvestiya. Seriya fizichookayal
v. 27, no. 3, 1963, 420-426
TEXT: This paper describes inAetsil a new MAP-1 (KAR-1) X-ray micro-
analyzer developed and tested in the Krasnogorskiy makhanicheekly zavod
(Krasnogorsk Machine Plant). The instrument consists of the recordeek,
and of the microanalyzer itself, comprising the electronoptioal syst4im
providing the 'electron probe, 2 X-ray spectrometers, a specimen chamber
with an optical microscope, the electrical input circuit, and the vacuum
system. Theeleotron source is a three-~,eleotrode gun with an automdtio
negative shift. The optical microscope makes it possible to observe the
surface of the specimen at a magnification of 450 X, the resolution
being g ItL The non-vacuum spectrometer analyzes X-rays with a wave-
Card 1/2

S/048/63/027/003/021/025
B106/B238
A-commercial
0
length of up to 1-5 and the vacuum spectrometer those from 1-5 to 10 A.
The apedtra are analyzed using Johann's method. The Bragg angles range
from 18 to 400 The analyzer cryatals are (1340) quartz cryntals with a -i
radius of curvature of 500 mm. The diameter of the X-ray source is 1-2~Aj
this value depends on the diameter of the electron probe, vhich is Cl~c
The amperage in the focused probe, is about 10-6 A and the current
stability amounts to 0-5 % per hour. The instrument makes deierminations on~,"
the specimen possible in the 1 - 2-p .range. When the specimen is impermeablq'
the change in the Bragg angle of the elements from Mg to U can be deter-*
mined by using both spectrometers. The distribution of the element in the
specimen to be determined in the given direction can also be determined.
This is done by displacing the specimen under the electron probe with
anelectric motor at a fixed Bragg angle corresponding to a characteristic
frequency. The 6ispersion and sensitivity of the instrument war* at udiedl
the sensitivity in an analysis of copper via the K doublet was < 0.1
a
There are 8 figures.
Card 2/2

77
A
CC We AP6015757 souncs cCDs: uji/004816rjI03010,~ 1754/0757
AU711OR: YortgMEAKA..; Garlings'ttE.!; ~enq k.; Krupc atkin Ohelin,V.M.;
y jA_ V.D.;
Solpylyov'k.M.; 'Toip-~Er~i; X~-; USEI:Y~j~koV.V.
ORG: none
TITIJI.: An x-ray_SL~roeajp~rl fonturing recording wltio,,tst a crystal fiteport, Fifth
All-Union 6-nioronco on Electron Microscopy held in $uny 6-8 JuIX kg~75 V!-
SOUWE: AN SSSR. Izvestlye. Serlya fizichoaknya, v. 30, no. 5, 1906, 734-757
TOPIC TAGS: x ray analysis, proportional counter, special purpose computer
ARWRACT* An_ x-ray microanti-nor is described in which the x rays are recorded direct
1y with n proportional cotintor without the use of a crystnl diffraction x-ray spectro-
meter. This tyN of rocortllnl; has *the advantages of simplicity and hiCh sensitivity,
and the disidvniltago of low resolving power. Tito electron-optical system of the in-
strumant provides a 3-5 p diameter probe with a current of about 1 IAA. Adjuntment In
facilitated by an optical microaccpo with a resolution of 3p and a working distance of
19 mm, which can be focused by moons of a lover without broakina the vacuum. Typo
CIM-1 sonled off proportional countere as well as flow-type counters have boon employ-
ed with this instrument. Theme counters with their associated oircults oannot resolve
the K lines of neighboring elements. When the concentrations of neighboring olemonts

ACC NRt AP6015757
Is to be determined, the counting rate versus pulse height curva Is resolved mathemat-1,
Ically into three curves, each representing tho contribution of one of throo nolghbor-1,
Ing elements. This resolution is effected automatically by a computtnG circuit, the
operntIM principle of which is described and Is based on a modification of the tech-
niq%io proposed by R.M.Dolby (Proc. Phys. Boa., 73 81 (1959)). The orror In datermin-
Inj; concentrations of nolahboring elements is about 20 %; this largo error Is duo to
the long time required for the determination (at lenst 40 minutes) together with tho
instability of the proportional counter, the amplifior, and the difforontial discrImL-
notors. When the elements to be determined differ in *tosic numbor by more then 4 or
5 units the different K lines are directly resolved and the error of the determination
is not more than 5 %. Undor these covditions the computing circuit can be used as a
three-channel. pulse analyzer for the simultaneous recording of the X line intensities
of three different SISMAtes OrIgs art@ best 3 formulas and 6 f1gures.
SUB COM 20/ IM DAIM 1 00/ ORIG W: 000/ OM 1"1 005

POLYAR.-MYs V.Aq SOLOVIMO A.M.
ccopumtlve efficiency of convorter t7stmao TrvAW LUI
nooltm-=6 '61&9 (HIPA 18921)

MARS4,:AK, Yu.L.., inzli.,- SIZIN, inzli.,- SOLOVOYLY, A.M,, inzho; MUNN,
V.A., inzh.; K M 'KIN, Yu.A., inzh.
Adjuutment and operation of t1a TP-230-6 boiler with verticrU cyclone
preUninary furnacoo operating on anthracite culm. Elek. at&. 34 no.
6:17-22 Jo 163. (miRA 16:9)
(Boilers) (Electric p4r.planto)

SOLOV'YEV, A.M.; VERTSNER, V.N.; WIN, M.M.; TOPORKOV, S.A.; KOLCHEV, B.S.j
11.1- ---DlUTW,- G.G.
Industrial X-ray spectral microanalyzer KAR-1. Izv. AN SM,
Ser. fiz. 27 no.9sl-162-1165 S 163. (MIRA 1619)
(X-ray spectroscopy)

PUTOV, Co.G.; SQLOVIYF.V, A.M.
Selection of optimum operating conditions for electron-optical
probing systems. 12v. AN SSSR. Ser. fiz, 27 no.9sll5&1161
S 163, (MIRA 160)
(Electron optics)

DUTIUVj G.G.;-30t,4LWIII-A-4t; TOPORKOV, S.A.
Experimental setup of nonaxiaywetric optics for probing systeas.
Izv. AN SSSR. Ser. fiz. 27 no.9:1154-1157 S 163. (MIRA 160)
(Electron optics)

SOLOVIYE-V,, A.IL; VERTSKER, V.N.
Problems arising in design' an X-ray microamlyzer. Isy.AN SSSR-
Ser.fiz. 25 no.6:691-694 Je 161. (KERA 14 16)
(X-ray microscope)

B/048/60/024/04/02/009
B006/BO17
AUTHORSi SO1Ov1YQV A. M-P Vertener, V. N.
TITLE, An Instrument for X-Ral Spectrum Hicroanalysis
PERIODICALi Izvestiya Akademii nauk SSSR, Seriya fizichookaya, 1960,
Vol, 24, No. 4, PP.. 362-366
TEXTj The present article is a reproduction of a lecture delivered at
the 4th All.-Union Conference on X-Ray Spectroscopy (Rostov-na-.Donu,
0 _-:'Tu-1`y-_6-,7M. in the introductlort-the authors describe the
un' 2~ -
J
development and construction of an instrument for local X-ray micro-
analysia described in the following. A total view of this instrument,
which was completed in 1959, is shown in Fig. 2 (photo); Fig. I gives a
schematical representation, The instrument consists of four parts, i.e.
the electron optical system, the electron probe, the X-ray speotrograph,
and the optical system for the visual observation of the zone investi-
gated The electron optical ayatem consists of an electron gun and a
block of two electromagnetic lenses, The individual parts are described
in detail, The X-ray spectrograph (shown in Figs. 2 and 3) is also
A
Card 112

in Instrument fr,r X-Ray S/04BJ60/024/04/02/009
Spectrum MICroatialysis B006/BO17
described, It makes it poacible to employ both the reflection- and the
"Penetration" methed. It was constructed In a manner auth that a vacuum
spectrog-raphic attachment could be applied (Fig. 4), which made it
possible to analyze oven light elements. The instrument itself is 49sign-
ed for the lucal JetacLion of elements, from magnesium to uranium.
Quartz plates of a rallus of 500 mm served as analyzing crystal. They
were arrangel parallel to the (43'TO" plane for the penetration method,
parallel to thc- 1000') plane for the reflection method, and parallel to
the mica OC)Q) plane. Experiments were also made with LiF crystal (200).
X-Radiation was rocorded by Geiger counters.- There are 4 figures and
8 references; 3 Soviet, 2 Im9rican, I British, and I Dutch.,
A
C a r d

AUTHORBt Solovlyev, A, go# Vertsnert V. No BOY/48-23-6-20/28

TITLEs The' Use of-the"ki6tron Microscope EM-3 for Carrying out a
Local X-ray Spectral Analysis (Primeneniye elektronnogo
mikrookopa EM-3 dlya provedeniya lokallnogo rentgeno-
spektrallnogo analiza)
PERIODICALs Izvestiya Akademii nauk SSSR, Seriya fizicheskayat 1959P
Vol 23, Nr 6, pp 750-753 (USSR)
ABSTRACT: On the basis of pers by Castaing (Refs 1-3), Borovskiy and
a
used the electronograph EM-4 for the purpose
Illin (Refs 4-75
of carrying out local X-TAy spectral analyses. At the
Gosudaretvennyy opticheskly institut (State Optical Institute)
a similar device was constructed by means of the electron
microscope EM-3. It consists essentially of four parts: the
electron-optical ajatem, the X-ray spectrograph. the optical
system for the investigation of the objeott and the recording
system. The device is shown by figure I and is discussed in
detail. For the purpose of oontrolling the electron beam, a
fluorescent crystal was used, which had been supplied by
V. V. Kuprevicb. The principle if zhe spectrograph is shown by
Card 1/2 figure 2, and its mode of operation Is discussed. The instrument

The Use of the Electron Mio:roscape EM-3 for CArrying out SOY/48-23-6-20/28
a Local X-ray Spectral Ana:ysis
makes It possible to Investigate the X-ray spectrum of the
two phases of a binary solution. The results obtained by
measurements carried out of Co, Ni, Cr, W and Mo with slight
impurities are shown in a diagram (Pig 4). The results of
these Investigations show praotioabillty of this unit& There
are 4 figures and 8 referenoes, 5 of which are Soviet.
Card 2/2

49 .4 1
2.; nfl
Sv v
of
NIKE.-- 2
him
12
C69 93;1 a .4.1 M .0 ;ijs HIs
ta a
A
PM R

MJ V~ OR~ Vertsner, LN, aa! aolovye-,-, A.U.
:IrLE: Usu of the EU-3 ;Sloc-ci-ozi Jicrorocopa for ,~-Aay "I'licreawilysis
(Ispollzovaniye olektronzogo uiicrosicoFa FAI-3 dlya provodeniya
rantronospektrallnogo mikroanaliza)
NMODIUL, Optika i Spektrosicopiya, 1958, 'Iol 5. Nr 1. pp 03-85 (USSR)
A13STFACT:
;ard 1/2
In 1954 the auti,ors started to work on tho pcz;cibility of using the
Ek-3 electron microscope for lo=1 X-ray spectral analysis. The
apparatus developed consists of three main partss an electron-opti,ial
system, an X-ray spectrograph and a recerdin6 systaw. Tho electron-
optical system uses the ZU-3 electron microscope (Fig 3). 7his
aystft,i is in the form of a vertical column, consistin6 of an ale.-tron
J
r~un, and condonsing, projecting and objective lenses. The s=ple is
at-~a-ched to the stage of the EM-3 miscroscope which may bo moved by
mouna of an eloztric inoter when a particular place or. the sample hai
to be studied. The X-ray* oxcitel by the electron beam of the
EU-3 microscope leave through a jjrd~w with low X-ray aLscrption.
Tito X-rAy emission is analysod by meaLs of a bent-crystal spa,_AroGraph
(Fig 2). The X-ray spectrwi is recorded usinG a Gelger4MIler counter
with E;Ubsoquent Waplification. Pulses from the cnunter are inte6rated
and Are Cod to a relf-recordint; electroulc~roltmeter. The diametor of

"0 -V/I .; 9
Use of the BL-3 Electron -icroscope for X-Ray Spectral Microsualysis
-Lhe i.-ray source u-, the electron boam foc-as (which waz lost- than 1 JA
jjj size) was t0bout 1-2 ~& in diameter. The rosolvinG power of tile
spectrol;raph in that region ojV the spectnw. !there the 0j got- doiblet
occurs was found to to O-C X-units . Using the apparatua described
chemical canposition of separate phases of 2-phuso coLalt alloys
with Cr, W, 1111 and oth,r elements vere obtainal (Fir, 4) -Tho authora
t~Ank A.A. Lebadev for advice. Rk,3ro are 4 fii;ires and '? r-3ferencas ,
2 of vjhl,!~h are ALaori,~au, 3 Zoviet, 1 intgruationall and 1 Sn,,-ftsh-
ASSOCIAZIONs Gos;adarstvaw,yy opric-,.oskiy is4stitut im. 8,1, Vavilova (3ta-~6
Optical Institute imenl S.I. Vavilo-l)
SUMaITTED: A,.jj;.jst 1, 19b7
GArd 11/2 1. Electron microscopes - Applications 2. X-ray spectr= analyzers
- Applications 3. Geiger counters - ApplicatJzna

SOLOVIYEV, A.M,
Effect of tree and shrub tissue gap on the mycelium of Fcmitc;*jx
annosa (Fr.) Karst. Bot.zhur. 49 no..Utl652-1655 N 164o
(MIRA Isti)
1, Altavskaya leenaya opytnaya st&ntoiya 1 Kazakhskiy nauchno
issledovatellskiy institut lesnogo khozyaystva, g. Shchuchinske

VINOGRADOV, Yuriy Sergeyevich; BOTIV, G.P., professor, retsenzent- �QLOVIYIT
A kandidat
.L.K., professor, retsenzent; SIVOSTITANOV. A.0., Iche
nauk, rateenzent; AMMNGBLISXIT, S.S., redaktor; KIDVIIDIT, L.Ta.,
tekhnichaskiy redaktor
(Mathematical statistics and their application to studies in textile
production] Katematichaskaia statistike I as primenents k iseladova-
niiam v taketillnom proizvodstva. Koskva, Oos. nauchno-tekbn. tid-vo
Hininteretva Ingkoi pronyahl. SSSR, 1956. 260 p. (MLRA 10i1)
(Mathematical statistics)

WI,OV'YEV, A.N.
Parasite Canceripustula nocens in the Late Jurassic sea urchins.
Paleont.7bur. no.4:115-119 161. MRA 15-13)
1. Paleontologicheskiy institut AN SSSR.
(Caucasus-Parasites-Sea urchins) (Caucasus-Crustmea. Fossil)

SOV/123-59-20-83233
Translation from: Referativnyy zhurnal, Mashlnostroyenlye, 1959, Nr 20, P 115 (USSR)
AUTHOR: Solov'yev, A,N.
TIME: Tooling achine Parts With Hollow Toolsiq
PERIODICAL: Tekhn.-ekon. byul. Sovnarkhoz Zaporozhsk, ekon. adm.-r-na, 1958, Nr 3,
p 36
ABSTRACT, The efficiency expert of the Perv2Mayskiv Plant, Yu.E. Teder, suggested
and introduced a mull%,.Iblade hollow tool, which makes it possible to
machine parts of Cylindrical shape In one operation on the vertical
drilling machine. The hollow tool can be used in combination with In-
side counterbores and recessing reamers. one figure.
B.I.L.
Card 1/1

SOLOVIa A.N.
Development of some early groups of irregular sea urchins, Biul.MDIP,
Otd.geol.38 no.2&161 Mr-Ap FWA- (MIM 160)
(Sea urchins, Fossil)
W..' 4*
0.

___~Lq4OV!A MELIKUV, O.G.
TuranglasterY a new echinoid game from Upper Grvtaceous sediments
in Turkmenia and Azerbaijan. Paleont.zhur. no.IsIO5--210 1630
(HIM 164)
1. Paleoutologichookiy institut AN SSSR i Awrbqdzhanakiy institut nefti
i khinii imeni H.Asizb*ova, Baku,
(Turkmenistan-Sea urchins., Fossil) (Azerbaijan-Sea urchins,, Fossil)

GEKKER, R.F.1 AMITROVj O.V.; SOLOVIYEVI A.H.
Rocki shore of the Fergana Palsogene bay. Biul. MOIP Otd.
geol. 37 no.6:122 N-D 162. (MIRA 16s8)

SOLOVIrVj A,N,
Life habitat of irregular som. urchins and possibilities of its
clarification an the basis of morphofunotional analysis, Rule
MOM Otd.cool. 39 no,PI48-149 S-0 164. (HIPA 1612)

E032/Ellik
AUTHOR; Solov'Yov. A.N. (Novosibirsk)
............
TITLE: Experimenfal determination of the electrical
conductivity of liquid sodium, potassium and lithium
PERIODICAL: Zhurnal prikladnoy mekhaniki i tekhnicheskoy fiziki,
no.1, 1963, 158-160
TEXT: The electrical conductivity of these materials is very
sensitive to the structure and presence of impurities@ Ifence
experimental data may provide inform *ation on the structure and
intermolecular forces in the liquids. The electrical conductivity
was measured by placing the molten metals in stainless steal ,
-capillaries with copper end terminals. The metals were heated by a
coil surrounding the capillary, and the temperature was measured by
means of a Pt-PtRh thermocouple. The conductivity was determined
between room temperature. and 1000 *C ror Na. and L1, and 730 OC for
X. The results for sodium may be represented by the formula
6 -6 2
10.01-10- 11 + 4.0o.10-3 (t - 106) + 2.32-10 (t - -100.)
- 0.353-10-9(t - 100)3 + 0.97.10-12(t - 100)4 1 ohm.cm.
Card 1/2

-5/207/63/000/001/028/028
Experimental determination of the ... E032/E114
It is estimated that the conductivity is determined to within 2.5~i.
The results are in good agreement with the data of I.F. Freedman
and W.D. Robertson (Electrical Resistivity of Liquid Sodium,
Liquid Lithium anq Dilute Liquid Sodium Solutions, J.Chem.Physt
34, ig6i, 769) in the range 300 - 350 *C. At lower temperatures
Freedman's points lie below the c.urves now given. A particular
feature of the method is that the specimen has a rersonably large
resistance (- I ohm).
There are 3 figures.
SUBMITTED: September 19, 1962

SOLOVIYEV, A.N.
Use of a Wilson camera for 3pecial laboratory work in physics in a
pedagogical institute. Izv. vys. ucheb. zav,; fiz. no.6s58-61 '63.
(MRA M2)
1. Cherkasskly pedago;!ichenkly Institut.

SUBJECT USSR PHYSICS CARD I / 2 PA - 1518
AUTHOR NOVIKOV,I.I., IOLOVL'Vj_A.N., CHABACKPAdEVA'Ea., GRVZDEV,V.A.,
PRIDANZEVlA.I., VASENINA,M.JA.
TITLE The Heat Transfer and the Thermophysical Properties of Fused
Alkali Metals.
PERIODICAL Atomnaja Energija' 1, fasc- 41 92-106 (1956)
Issued: 19.10.195r
From 1950 to 1955 the authors carried out experimental research work concerning
the thermophysical parameters and the heat transfer of fused metals. The present
article deals with the most important results obtained in the course of this
research work.
Heat transfer: The experimental apparatus consisted of a heat commutator, coolerp
pump, consumption meter, and registering valve. The individual components and
their functions are discussed. In a series of experiments the heat transfer be-
tween liquid sodium and the copper heating surface is investigated. In the course
of a second series of experiments the inner surface of the same heat commutator
was coated with a nickel layer of about 10 4W thickness. Experiments were carried
out at a velocity of flow of the liquid sodium amounting to from 0*8 to 11 m/sec
and at temperatures of from 140 to 3400 C. On this occasion the dimenionless
criteria characterizing heat transfer were modified within the following limits:
Re - 1,5.10 4 to 2,1.105, Pr a (5 to 9).10- 3, Pe - 100 to 1400-
2he viscosity of Na, K, Li and of a eutectic mixture of Na and K (25A Na +

.01,3362
HEAT-TRANSEO AND THEP 45' PHYSICAL PROPERTIES
OF UOLTEN UjLAJUJff_TA1J., 1. 1. NoVfkqv.,~~,~
Sol M KhaUlkhPasheva, uizi .
T1.1 AnFe, *n4 TI Y& E
S-let J. htomLc ner
41 W. 11011?~A)
1kr ln-VtrAtl-- ~,ai under'Ukm at heat 'r-ansfer to mct-
ten SEdlum during turb~larl flow in a r~une cop;er ir
nickel tuto An interpolation formutz was obtAlated- Lx-
periments were conducted it, determine therreal reilstance
bet-t- liquid godl.rn itnd a soild all M copper. ntcke!,
and s4ainint,% 6tet
te Ltetkuxls were d"eiuM1&frjr ens y':-
ment o1 vl-QL4 d My
molten metals. Results are given for measurements of
theme physical parameters for molteri &Jk;Ui metals (so-
dium, potassium, lithium and tM cACCIle solution of So-
ditim and poUsslum) In a broadl Interval of teatperatures.
(auth)

Aull 110H.-
Solov' yev, A. N. U9-12-13129
TITLEs Theruodjnariical Similarity and the Viscosity of Fused Jketals
(Ter;,iodin-AL,icheskoye podobiye i vjazkost' rasplavlennykh metall-
ov)
Pi.AIUDICALt Atomnaya Energiya, 1957, Vol 3, Hr 12, lif)- 550-552 (USSR)
AD6TziACTs It follows from the theorj of the therwodinamical ii-"Iilarity that
thoi- cependence of several phjaical properties on the parameters
of condition for ;roups of thernouynamically similar materials
can be expressed by a universal function of these parameters.
For the vi3cogity of a liquid it can be written down in known
ai)i~roxiwat ion T- c.fl(T/Tkr). But it follows from t-As that the
viocosity of any material of this group can be estimated, if the
critical parameters of all thermodynaoically similar materials
and the course of the curve at least of one of these materials
art known. It was tried to isolate the group of thermodynamical-
ly ,3imilar metals out of the simply atomic liquids of fused me-
tals out of the simply atomic li,iuids of fused metals by app~Ang
all d-Ita of publications, and it was done bj, drawing curves with
th,! ordinate In %/~pl and the abscissa Tpl/T for the metalst
Na, K, Li, Ru, Cs, Sn, Hg, Sb, Bi anal Ga.
It becomes evident from the LiagrA:. that the experimental points
Clrd 1/1
irt ari-an~;ed ruund 2 curves with deviation3 in the fusion point.

G d I I r
AUTHORS s
TITLE:
361.3 7
S/124/62/000/004/026/030
D251/11301
Pridantsev, A. I., Rimashevskiy, A. V. and PAlo
At N.
Continuous measurement of the viscosity of liquids
PERIODICAL: Referativnyy zhurnal, Mekhanika, no. 4, 1962, 142, ab-,
stract 4B899 (Zh. prikl. mekhan. i tekhn. fiz., 1961,
no. 1, 128-132)
TEXT: A description is given of a vibrational method and apparatus!
for continuous measurement of the viscosity temperature and pres-
sure. The method is based on the measurement of the anplitude of
the natural oscillations of a plate loaded with the lLquid to be
tested. The experimental apparatus consists of two self-induction
cuils and a central rod with a probe going down into a gl,,ise boa-
ker with two walls, between which the fluid circulates from a ther-
moutat, maintaining constant temperature conditions during the ex-
periment. One coil serves to excite the oscillations provided by
a 'tuning-fork' generator, the other for their registration. Cham-
Card 1/2

Continuoua measurement of 0-0
S/124/62/000/004/026/030
D251/D301
bers are provided for the aharp reduction of electrical, magnetic
and other interference (magnetic screens, soft suspension massive
reoistanceag etc.). Stability of working of the electronic scheme
is achieved after pre-heating in the flow for 2 - 3 hours. In com-
parison with other vibrational methods, this method guarantees a
much higher degree of precision (0-5 - 1~). With the aid of this
nothod measurements were made of the viscosity of benzol, toluol
and ethyl- and n-butyl alcohol at temperatures from 10 - 700C. The
vesulte of the measurements agreed well with the values from the
tables. 5 references. Z-Abstracter's note: Complete translation.-7
Card 212

litl r-' c ~-c
A.
up to 9f7nc.,,
c--,rt prcr, al kf,r, or VIC i f resca-ch. r-11
p I',' i 17f: f nf~M Znt. 1-i -h tr, pcr "-re-,

n -,,r: I unr - neln In Ir r
vl.,~C~ s.,
a". on t).v .1roble; s ro.%i nrc-~ vn -)pf;,..r!cal
-cs z.t L! 1: -.-pri-tturcr Nr~Von,"I", rsh-~ 1-10 "or, 1,
pmu,cl-tir". of sli!,sf I

SOLOVIYEV, A,,N, (Novosibirsk,/'
Electric conductivity and specific volume of Iiquid metals.
PWF no. 6:15)-157 N-D 163. OCRA 17!?)

ACCESSION N~R-
AP4000399 S/0294/63/001/001/0045/0049
AUT:1OR: Solov'ycv, A. N.
7177L": -Electrical resistance of liquid metals as a function of
!;*.)~~,:-:Zic Volumc
SOURCE: Teplofizika vy*sokikh temperatur, v. 1, no. 1, 1963, 45-49
TOPIC TAGS: liquid metal, alkaline earth metal, atomic electrical
resistance, liquid alloy, liquid metal resistivity, liquid alloy
resistivity, electrical resistance measurement, sodium, potassium,
lithium, francium
ABSTRACT: Supplementing the author's measurements (PMTLF, No. 1,
1963) of the electric resistivity of liquid sodium, pot assium, and
lithium over a wide temperature range, and in view of the extensive
experimental material on the electric resistivity of liquid metals
and alloys already accumulated, an analysis is made of the dependence
Card l1a

ACCESSION NR: AP4000399
of the electric resistivity on the specific gravity, with an aim
at obtaining a theoretical or empirical formula which could be ex-
t-rapolated to higher temperatures for which reliable experimental
data are difficult to obtain. It is suggested that the jump in re-
sistivity during melting is not connected with the destruction of
the crystal lattice, and that the atomic electric resistivities of
liquid alkali metals are all.equal. On this basis, the speci.,'-ic
electric resistivity of rhobidium and cesium is calculated from data
for potassium and is found to agree with the experimental data, and
the density and the electric resistivity of francium, the therno-
physical properties of which are not known a-, all, are calculated.
Orig. art. has: 4 figures, 5 formulas, and 2 tables.
ASSOCIATION: None
SUBMITTED: 00 DATE ACQ; 13Dec63 M:CL; 01
SUB CODE: PH NO REF SOV: 005 OTHER: 002
Card 2/8

ACCESSION M APhO3h285 S/0207/6h/OW/002/0176/0176
AUTHORSs Somyachkin, B. Yo. (Novosibirsk); Solov'yav,, A. N. (Novosibirsk)
TITILEt Exporijiontal dotorminabion of oloctrical resistance of liquid alkali metals
up to 1000 dorToos C
.90URCEv Zlmrnal priklaflnoy- neklianiki i tokhnichoskoy fiziki, no. 2, 1961s) 176
WPIC TAGS- Ploctrical rosiotanco., 11LUiun, sodium, potzwsium, nibidium, cosium,
r,~ainlosa r-Lool capillary
&13-MACT; Tno author works with lithiun, sodium,, potassium, rubidium and caslum
in a stainions stool capillary of lonEth 600 mm raid diamotor 0.810.5 ma from
the molting point to 950C or 1000C. Orig. art. has: I graph and 1 table.
ASSOCIATIONs nonG
SUBMITTM) 1 20Nov63 DATE ACQ: l5kay6h EULt 01
*SUB CODEs MM,EM NO REF SOVs 002 OTMR: 002
Card 112

ACCESSION NR: AP4034285
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6M 36.1 32.70 50. 9 74.1 103.6
M 37.6 35,72 55.5 80.2 110.9
700 39.1 38.87 W. 5 M.5 118.1
750 40.6 42.20 CA. 1 93.2 126.3
42.2 45.61 72.2 100.0 134.9
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Card 2/2
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