SCIENTIFIC ABSTRACT MESHCHERYAKOV, A. P. - MESHCHERYAKOV, I. F.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001033620017-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: June 21, 2000
• Sequence Number: 17
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT


MESHCHERYAKOV. A.P.; DOLGIY, I.Ye.
Method of producing unsaturated ketones in the cycloprop;-ane Berien.
Dokl. AN SSSR 154 no.1:152-154 Ja'64. (MIRA 17:2)
1. Institut organicheskoy khimii im. N.D. Zelinskogo AN SSSR.
Predstavleno akademikom A.A. Balandinym.

ACCESSION NR: AP4019975
AUTHOR: Dolglyq X* To.; Membeberyakovo A@ Ps
TITM Synthesis and properties of dLmthyldL-(cyc1opropy1mtbyl)-& mth7ltri-
(eyelopropyluethyL)- and tetra-(cyclo-propylmthyl) silanes
i SOURCE: AN 6SSR* Doklody*, v. LS4, no. 6, 1964p 1376-1376
TOPIC TAGS: dimethyl silane, setbyL silanes cyclopro"Lmietbyl *LL&aeg silicon-
hydrocarbon, zinc coppoc vapor
ABSTRAM DLmethy1dL-(cyclopropyLmethyL) silana
CHS af
was obtaLned wLth,32% yieLde It was not possible to precipitate the reaction
product of sethyleme iodide with only one multiple bwW of dimthyMallylailause
Card 1/3
9/0020/64/04/006/076A378

'ACCESSION NR: AP4019975
namely, dLmethylallyl-(cyclopropylatethyl) silane. This I~ the second hydrocarbon
known which contains three 3-membered carbon rings and the first hydrocarbon of
0%
this type which conitains a silicon atom. However, In a fraction precipitated
during fractionation of the reaction mixture which b*Lla below the hydrocarbon
named. some Impurity (10-15%) of unsaturated hydrocarbon was found which obviously
was either methylallyIdL-(cyclopropylmthyl) or methyIdLallyl-(cyclopropylmet I
hy
silane or a mixture of then, When methyleae Iodide was reacted with tetraallyl-
aLlane In the preaence of zinc-copper vapors silicon-hydcocarbon was obtained with
tabout a 13% yield which according to boiling temperature and elemointary analysis
'dsteit is tetra-(cyc1opropyLmthyL) allane
HIC;g C"t
We
24
HC
Hoc 42*1W,
Card 2IJ

RM
ACCESSIOU NR: AP4019975
Ill. V. VLkha took part in the experimentsol" OrLgo arte has: 00
ASSOCTATION: Ustitut orgaalchaskoy khtalL Lis He Do galLaskovo AkedmIL oauk
SSSR (InstLtute of QcSmdc Cbmdatcyg Acadwq of ScLawas SGSR)
SUM I 2WO163 DATE ACQ: 23Kar64 UM: 00
SUB CoM Ca NO REF am$ 005 Onmal 002
Card 31.3
MIR

DOLGIY, I.Y,-.,; MM-HCHER7AK(jV, A.P.
Interaction cf dlazoal~eti: Dok:.
AN SSSR 157 J, 161.. (KIRA 17:",'
1. Tnstitut organif-herko~ khmi--, iment N.D. Zelinakogo Ali SSSR.
Preditavleno aka&lm~~,:,,m A.11. EWL-vid-'nym.

MESHCHERYAKOV, A.F.; DOLGIY, I.yc--.
Synthesis and properties of hydrocarbons wi,,h two ad,:acent
three-membered carbon rings. Izv. All SSSH Sor. khim. no.7:
1333--1335 J1 164. (~.IIHA 1-1:8)
1. Institut organicheskoy khimii 1.mcni ZelinsKogo All SSSR,

MESHCHl"RYAKOV, A.?. j Fl-TRCU, L.V.
,-lyn,2,esjs of mionc- and diacetylere hydrocarbons havl- quaTernari
I ~..g . '
carbon atonis. ---zv. AN SSSR. Ser. khim. no.S,1-,P,8-i4,~r7 Ag '64.
(MIRA 17-9)
1. Tnsv,'.~u', organ 1,-~heqkoy kJjimii im. N.D. Zelliriskogc, AN SSSH.

DOLC. I Y, I. Ye. ; 1-11"311( :-,7-TYAKr 7,
r~ompa.-at'kve reac%"IL-,
cyclopropane. lzli. AN, SSZ- Ear. khim. n,:).,:',,02-i94
1. Institut ()rtfa kr-',,nii im. ~!.D. "elinskoro

L-01815-67 EWT(m)/EWP(j) RM
AC,e NRt AP6035641 SOURCE: Co I)L: UR/0062/66/000/001/011-6/0121
U,
F
AUTHOR: -Hesh9heryakov, A. P. and Er7.yutovl, Ye. I., Insttt-ute of Organic Chemistry
Im. N. D. Zelinskly, AWSSSR (Institut orrnnicheskoy khtmil A14 SSSR)
_~ _Z_
TITLE: Free-radical method of synthesis of liydrocnrhons with qpvernt qunternary
carbon atoms In the molectile
SOURCE: AN SSSR. Izvesttyn. Serlyn no. 1, 1966, 116-121
TOPIC TAGS: free radical, synthetic hv(1rr)cnrhnTi
ATISTMM ! When_dl-tdr-~butyl peroilde~ls decomposed In hydro-
"arbons,"deveral-parallel reactions oocurt 1) homolytio break-
,down of the peroxide at the 0-0 bond with the formation of a
butoxy-radloal (CH ) C01 2) removql by the butoxy-radical of
;labile H-atoms froa 2he solvent molecule wl the formation of
Xree radicalal 3) reactions of free radioala ormed from the
isolvent of reoombination of the hydrocarbons, disproportionation
iand polymerization. The more stable the radicals fomned, tha
more they are capable of recombining to form dimere. Experiment-
,al data shown that the stability of free radloala risen with an
,increase lp--tbe-number of oubstituents at the atom with the non-
paired electron and the greater the branched character of these substituents.
Aryl substituents increase the stability of free radicals more than do alkyl. The
authors used trialkyl- and aryidialkylsubstitued methnno nq solvonts, which have the
C d 1/ 2

L 01815-67

"~.orne ro'hlems
co;it-inued sec-nd-on-lor fracti-.is."
Cher riyshevskiy. ~;:.xutov, 1'-,?'6.
(Dissertutic-, for t~.e Dcpgee -.f C[,.-id-i~ate
6cierces.
Knighn" Leto-As', ':c. 26, 1956
e
3~:r.~A.cv ~Arji.c
~n T1iysjcor.-.;.',.er:~-tjcf.11

MESHCHERTAKOV, A.V.,tazh. (Ekar'kov)
Theory and design of compensators for MSM-l levels with self-
adjusting line of eight. Izv.vys.ucheb.zav.; prib n0-3:131-
134 158. iNIM 12:2)
(Surveyinc--Instrwmente)

OGLC3LDI. D.N. prof. A. V. , in7h.
Hew mine surveying level with self-adjusting sighta Izis. Gor. zhur.
no.4:59-61 AD 158. (MIRA 11:4)
(Mine surveying7-Equivment nnd aunnlieg)

AUTHOR: Heahcheryakov, 'IS. V.
TITLE: LevelKSM - I (Nivelir NSM - 1)
PERIODICAL:,r-, Geodeziya i kartoorafiya, 1956, Nr 6, PP. 41 - 44 (USSR)
ABSTRACT: The factory for surveying instruments at Khar1kov developed
the level 104 - 1. In this level the line of eight is auto-
matically adjusted in a horizontal position. An exact description
explains by which means this is achieved. In the optical
laboratory of the factory the accuraxy in the adjustment of the
line of sight to the horizontal position was investigated. This
investigation is described. The results of the investigation and
the estimation of the accur 'acy are mentioned in a table. The
data of this table show that the error of the adjustment of the
line of night by the compensator does not exceed 0",2. Several
additional investigations proved this result. The first test
set of these instruments will show inhowfar the efficiency of
work can be increased in using these levels. There are 2 figures
and I table.
Card 1/2

Level NSM - 1
1. Geophysical surveying--Equipment
--Calibration
2. Theodolites--Deaign
6-58-6-9/21
3. Theodolites
Card 2/2

3(4) -
AUTHOR: Neshcheryakov, A. V. SCV/154-59-1-12119
TITLE: Optical Mining Theodolite With an Inside Distance Meter
(Opticheskiy marksheyderskiy teodolit a vnutrennim dallnomerom)
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy, Geodeziya i aerofotos'l-
yemka, 1959P Nr 1, pp 115-131 (USSR)
ABSTRACT: The great number of experiments in the USSR and abroad for
employing the optical range finder in longitudinal surveys in
mines had no success. General deliberations on the possibility
of an instrument to be used for this purpose are given at
first. The range finder with a basis inside and a lens repre-
sent3 the most convenient instrument as for construction and
easiness of work. It belongs to the theodolite OTTG-30
(system by N. A. Gusev). The device has a basis 50 mm long
and an accuracy of 1 : 300 in distance measuring in mines
between 5 and 60 m. The drawbacks of the apparatus are:
the necessity of computing the distances by a formula or
table, and the small accuracy in distance measuring. - The
possible methods of eliminating these drawbacks are pointed
out here, and further hints for improving the construction
Card 1/3 and manufacture of the device are given. In this connection,

Optical Mining Theodolite i7ith an Insije Distance SOT'154-55-1-12/19
life t e r
a close investigation is carried out. At first, the construc-
tion of this device is described in short, then its theoretical
accuracy is investigated, and it is shown that the accuracy
is nearly double the accuracy demanded. The use of uniform
reading scales in the distance meter with a lens compensator
complicates the work. This drawback can be eliminated by
the use of nonuniform scales, In this connection, the theory
of building up and computint-, nonuniform scales for a distance
meter is described, An analysis of instrumental drawbacks in
the distance meter with an inside basis is then given. It
shows that the device can be manufactured with an accuracy
of under 1 : 2,000 as it is required for distance measuring
in mines between 20 and 60 m. The accuracy of coincidence of
two pictures of lines of the distance-measuring mark is
investigated, and the computation of the separatinLr device
(for obtaining two independent pictures of the two halves
of one line) is indicated. Finally, the method of preparing
the distance-measuring scale is described. The investigations
carried out show that the nonuniform scales of the distance
Card 2/3 meter with a lens compensator can be produced in series

Optical Yining Theodolite T"ith an Inside Distance SOV/154-59-1-12/1,r-
?Ae t e r
ASSOCIAT" 011.
according to the actual values of the focal distances of
the compensating lenses. This permits to read the dis-
tances directly on the distance-measuring scales. There are
10 figures and 1 table.
Fharlkovskiy -.,avod marksheyderskikh instrii-mentov (Khar'Vov
'~iorks of Mine-surveying Instruments)

ORLOVSIIY, S.V., kand. tskhn. nauk; MESHCHERYAKOV. A.V., inzh.
Mine orientation b7 optical device for the projection of vertical points.
Ugoll Ukr- 3 no.11:40-41 N '59. (MIRA 13:3)
(Mine ourveTing--Equipment and supplies)

."J -, T " 10 1 Z Lleshch ~r7,rakov, A. V, 3'- V Ir -9 - 5 -12,-
TTTLF: Optical Transit O"IT-30 (Opticheskiy
teodolit O:JT-30)
PEEODICAL: Geodeziya i knrtografiya, 1959, Nr 9, pp 59-5~.J
ABSTRACT: Kharlkovskiy zavod markgheyderskikh instrumentov (Kharlkov
Works for Underground aurvey Instruments) have develo.-.e~ -i
new optical mining transit OINIT-30 with a self-adjustinp line
of the zero point on the vertical circle. The transit serves
the measuring of horizontal and vertical angles as well as
the carrying-out of geometrical and trigonometrical lev~-in&s
of the 1st order in pits and in open-f.-tce mining. Thc rc~~,
mean square deviation in angle measuring with f--illi n
unqer the usual conditions dces not excee,i I ~". In t.-ie
carrying-out of geometrical leveling the root mean
deviation in the determination of the elevat--n
kilometer of a reciprocal level ~x-- -'oes not --~ccec-i
The main data of the transit an~ - i,~scripti,- of
--re presented. In 1959 the tranalt was te3te, in
present a batch of test transits are being tr-,d,
Card 1/1 production is being prepared. There arc 1

MESHCHERYAKOVI A. V., Cand Tech Sci -- (diss) "Self -restoring compen-
catora.11 Moscow, 1960. 20 pp; (Ministry of Higher and Secondary k3pec-
ialist Education RSFSR, Moscow Inst of' Engineers In Geodesy, Aturial
Photography, and Cartography); 150 copies; rice not given; (KL, 28-60,
p
161)

LEBEDEV, N.N., dotsent, kand. tekhn. nauk; MN.HCHERYAKOV, A.V., kand. tekhn.
nauk '--. 1-1 1 -.. ~.. ....
A 4 eb. zav.,
High-precision optical centering deV4 ce. Tzv. vys. uch *
geod. i aerof. no.3-.109-116 164. (MIRA 180~
1. Moskovskiy institut inzhenerov geodezii, aerofotos"yemki i
kartografli (for Lebedev). 2. Kharlkovskiy zavod marksheyderskikh
instrumentov (for Meshcheryakov).

PSCHENICHNYY, I.P.; SHTSYGARDT, Yu.N.; MS8HC,mYA40V,-A.T.; VASnIYE7, V.N.;
SCKCWVA, S.F.; BROVKOVICH, B.D.; RDBAINOVSKIY, B.R.; LURIYR, R.G.;
PARAKHCIVYUK, Z.M.; GOROKHOVSKIY, B.I.; ZHDANOV, V.S.; GORIEUNOTI, Z.T.
GLEM , M.I.; TAVARIYAN, E.A.; SUKHODOLYA, Ye.l.
Abstracts. Kardiologiia 4 no-4:87-90 il-ffg 1 64. (MIRA 1911)

AcussIM 7551
1090/0691
r TIR. A~C* S/0368/65/om/001/c
Rom-
T -Meshch akovi A V.; Krichevskaya, 1. A.~
ery
ITITLD r Some.characteristics of laser wi h prism reflectors
a!-pr- - -
SOMCE: Zhurn ikladnoy spektroskopii, v. 2, 1,10. ~Ia,65 go-
gi
Topic vxrs-., - laser:ca-vity% lader- reflectorj: laser -pump energy laser efficiency
A' RACT: Me authors investiga ed a, -laser --qhqse -e;qpernal end reflect
N'T t p~ra ifere
paired ~:Mat mirrors mounted at a newrly righ-b angle to each (Aher and total in-
Zdf le, 0n-- pr v z s Se mirrors..
terna- -Is=;- -hom ray path -m ere - imllarAoAhose Of-tbe
III ~ em-1-r-rori. could be inclined to:each othe-l- at a L-t-all ang-le whic-h could-be meas
-uslIv
ure~~- ac- t I
aura-e o > Me cornera:of the reflectors were placed mut peiVen-,
diciilex e~ v. distanze of 290 nn-frwi each Plot appTorinmte-ly 0.1 -Pm vide
-A ic- 1 a: ft, bett-, en i rrors of one r
-e, Ji m-1 -eflcctor for exetraction of the energy f7om
Tezort*;Lor. Mle '-'L,:Lve T 0-a lag rto PAIII Irims and 7 in Ma-Awbo-r, 1,--' a d eor-
-be r,
actiwe54~d glcmv vina Iocated in the contor pai-t, of t a.,:Yrnator.
na
C-nee 09, the tlareshold pmp-eneray. on thq arglo of inelimtion, of the 0
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ie - rod. :A laase~~.oystem is clonsidered: ~41ioi~e rinc~Ip):11 elements are th rod, plane
and rondense,.-7 lc-,n,-,. Such a systein has b--ett_ -.how- previously to-be'equiv 1---
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V--1, s It - i s ro .9 E; i b le to (.1ine-r-Blive the degree of inhomiageneity of t1he rod "The
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L W18-66 FIT(1) /FM (k) -2/T/[~,1-11 (k) I JF (c) M, r)
ACC NR: AT6015137 SOURCE CODE;: UR/0000/66/000/000/0144/0149
Naboykin, Yu. V.
AUTHOR: Kramarcnko, N. L.; fAesh
Ratner, A. M.; Rom-Krichevskaya, I. A.
ORG: Physico- Technical Institute of Low Temperatures, AN UkrSSR (Fiziko-
tekhni skiy institut nizkikh temperatur AN UkrSSR)
TITLE: Investigation of losses and loss-associated characteristics of laser
radiation
SOURCE: Respublikanskiy seminar po kvantovoy elektronike. Kvantovaya
elektronika (Quantum electronics); trudy seminara. Kiev, Naukova dumka, 1966,
144-149
TOPIC TAGS- solid state laser, laser R and D 5 F- R oE#q D 16 rl c) A)
ABSTRACT: A method for experimental determination of the radiation lose in a
solid-state -laser resonator is suggested. A 4-level system is considered. The
loss is determined, a plot of output energy vs. mirror transmissivity is
constructed, and estimated and experimental results are compared for a Nd-glass
Card 1/2

L ~6018-66
ACC NR: AT6015137
specimen. All quantities that enter a total-radiation loss formula, except for
dispersion lose, are directly measureable. Thus, the problem is reduced to
determining the dispersion loss. The latter is derived from the experimental data
on the effect of the first-mirror transmissivity upon the threshold pumping energy.
The knowledge of the resonator radiation loss permits determining the optical
transmissivity of mirrors. Ong. art. has: 4 figures and 16 formulas.
SUB CODE. 20 / SUBM DATE: 12Feb66 ORIG REF: 004 OTH IREF: 002
Card

VELIKOREMKIY, D.A.; LORIYE, , K.M.; FRIKELI , I.I.; GRIGOIRCHIM, YU.F.;
BFMER, L.Kh.; I.XTROBINA, V.V.;'IV[ARCH&.IKO,
student V kv-rsal OBEIFUVEENKO, 7-a.V., kard.=ed.naj2-c; NMTB, A.V.;
NJSIIOr.?DO';A.1 S.11,; KUSIMAICS171A, L.V., assistent; &-UZ'---T30V, 7.A.,
dotsent; KUKHTITIOVA, assistent; W11DARENKO, Ya.D. (g. Fastov);
KUHTASOVA, L.V. (g. Fastov); FEVCHIKH, V.V.; CHURAKOVA, A.Ye.;
RABICH., M.M.; KMIMIN, K.P.; PAVLOV, S.S.; SHEVLYAKOV, L.V., kand.
med.nauk; IQIIATIY--,VA, O.M.; MYGMIAMR, G.A.; GUTKIN, A.A.;
POLYKOVSKIY, T.S.
Resumes. Sov.med. 25 no.11 :147-152 N 161. (14IRA 15:55)
1. Iz Instituta grudnoy khirurgii AIRI SSSR (for Velikoretskiy, Loriye,
Finkel'). 2. Iz boltnitsy No.3 Gorlovki Stalinskoy oblasti (for
Grigorchuk). 3. Iz Tyumenskoy oblastnoy bollaitsy (for Berg,2r,
Utrobina). 4. Iz Karatasskoy rayonnoy bollaitsy Y-azhno-Kazakhstanskoy
oblasti (for Kharchenko). 5. Iz Gospitallnoy khirurgicheskoy kli,-Aki
I Moskovskogo ordena Lenina meditsinskogo instituta imeni Sechenova
(for Meshcheryakov). 6. Iz kliniki propedevticheskoy terapii Stalinskogo
meditsinskogo instituta na baze oblastnoy klinicheakoy bollnitsy
imeni Kalinina (for Oberemehenko). 7. Iz kliniki gospitallnoy terapii
Voronezhskogo meditsi;iskogo instituta (for Nikitin, 11,11-akhoyedova).
8. Iz kafedry obshchey khirurgii Kishinveskogo meditsins-kogo instituta
(for Kusmartseva). (BontbTM4-0a-~~)

MzSffGHERRKOV,, A.V. (I-Idgkva)
Mitml insufficiency and problems of surgicad treatment. Felld. i
akush. 26 no.11:9-U 11 161. (MI?A 15:2)
(WT,HAL VALU)

~MNISHIKOVY V.V.; USVATOVA, I.Ya.; LEME'kl',~, R.N.! MESFCHERYAKOV, A.T.
Functional state of the al.-e-rial glands and steroid therap7 in
surgical interventions. Khirurgl-ia 39 no.9:39-45 S163
NIRA 17-3)
i. Iz gospitaltnoy khirargicheskoy klinik! ( zav. - deystvi-
telInyy chien AWI SSSR prof'. B.V. Petrovskiy) i mezhkliniches-
koy gormona-lIncy laboratorli pr:L go6pitallnoy terapevticheskoy
klinike (zav. - deystvitel~'nyy chlen AfT. SSSR prof. A.L.
HyasnUrov) I Moskovskogo ordena Lamina meditainskogo institiita
imeni Sechenova.

5(,'[Clv I YEV, G~V, , US VATGV~.
Function of Tzlt~ a:'--ezal n
!ation, Eksper. knir, i 9-nest. 9 I-L--ftp 164. (mllA
1. L.bcratcr~'ya pri kafedre gogi'te-l'noy
khir-argii (za-r. - ptof. 2.11. gormona-l'naya labcratcriya pri
k-afedre g0scital'n07 terat.1. (zav. prof. A.L. Mya5niko%r', I Moskovskogo
ordena Leril.na -Insrituta 3ecran,,)va.

SOLOVIYEV, G.M.; MENISPCHIKOV, V.V.; USV-,'~'IOVA, I.Ya.; 'XESHGff~tYAF,')V,
A.V.; MANEVICH, A.Z., red.
[Adrenal hormones in mairgerj'I (-,nrmony naj'poche,,---hr.'.kov v
kh1rurgii. tBy] (,.,M,So1ovIov i dr. Mookva, Medlt,;inu, 145.
261 p. (,%IIRA 18: c)-)

. A.7a.
Isolation of the anthrax bacterlophage and Its use for the
differential diagnosis of Bac. anthracia. Trudy VIN 26146-
55 162. (MIn 16z2)
1. laborstoriya mikrobiologii I
eksperimentallnoy veterinarii.
(Bacteriopbage)
i=mniteta Vuesoyuznogo inatituta
(Bacillus anthracis)

MESHMM-wov, B.
Korkino. Mast, ugl. 7 ro.1:17 Ja '58. (Y 1 W. 11 .2 "
(Chelyabinsk Basin-Coal mines and mining'

MESHCHERMOV, B.
The7 have aet an example. Mast. ugI. 6 no.11:21 N '59.
(MIRA 13:2)
(Ohel7abInsk Basin-2kcavating machinOr7)

MESHCHERYAKCV, Boris Flikl2aylavich
[Korkino, city of coal r-iners] Korkino, gorod ugollshchikov.
Cheliabinsk, Cheliabinskoa knizbnoe izd-vo, 1960. 46 p.
(MIRA 15:4)
(Korkino-Description)

r
ANDREYEV., V.D., kopd.fizika-matematicheskikh nauk; BOSHCHERYAKOV~, B.M., inzh.;
TrULINA, %C~A., inzh. . I
Spontaneous extinction of a~d.c. are in a vacuum-type cutout. Vest.
elaktroprm. 33 no.7-.43-45 Y1 162. (MIRA 15:11)
(Electric cutouts)

47 -an,' __o
Ap, ec.

3r,,w". Dcv 1 Q.it
Phyc~i-jlj U.
4' 7' LLr
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list -f s-_,-., t,,~k_;
jt- _;..U~%, V
la ic
in '--Ii, .;tu-Iv, tL,
w..'s

KESHCHMTAKOV, D.P.; M&MT, Te.S.
Role of soil and botanical research in planning drainage
meazures. Pochvovedenle no.2:131-133 F 157. (MLRA 10:5)
Drainage) (Soil research)(Botanical research)

f
MESHCHERYAKOV, F. A., Cand Biol Sci -- (diss) "Research into the mech-
anism of reflex regulation of contraction in the alimentary canal in
sheep and dogs." Stavropol', 1959. 24 pp; (Ministry of Agriculture
RSFSR, Stavropol' Agricultural Inst); 180 copies; price not given;
(KL, 17-60, 147)

CHERYAKOV, ?.A.
Bole of the spinal cord In the regulation of gastrointestinal
motility. IrIzIol.zhur. 45 no-11:1367-1371 5 159.
(MIRA 13:5)
1. From the department of physiology, Agricultural Institute,
Stavropol.
(GASTROINTESTINAL SYSMM physiol. )
(SPINAL CO1W)

MHGHERYAKOV, F.A.; SUVOROVA, V.A.
Nev method of makdng a fistula of the pancreatic duct in cattle. Fiziol.
zhur. 46 no.1131419-1421 N 160. 041'u 1) -- J-1.)
1. From the Chair of Farm Animal Physiology, Agricultural Institute,
Stavropol. (PANCREAS) (FISTULA)

PHASE I BOOK EXPLOITATION SOV/5437
Meshcheryakov, Fedor Yej~isepvich
Osnovy kholodiFnoy tekhniki (Principles of Refrigeration Engineering) Moscow,
. Gostorgizdat, 1960. 375 p, 10,000 copies printed.
Reviewers,; A.A. Gogolin, Candidate of Technical Sciences, and M.A. Ocheretyanyy,
Engineer; Ed.: Ye,M. Krest'yaninova; Tech. Ed.: D.M. Medrish.
PURPOSE: This textbook is intended for students in technological divisions of
schools of higher education of the Ministry of Commerce of the RSF3R.
("WERAGE: The book deals with the generation and application of artificial re-
frigeration in various branches of the national economy, including public
nutrition and commerce. The theoretical fundamentals of refrigeration engineer-
ing, as well as des riptions of refrigeration machines and equipment and of re-
frigerated transport,are also included. Special attention is given to automation,
design, and operation of refrigerating plants. The appendix contains reference
materials, tables and diagrams, necessary for the computation, design, and opera-
tion of refrigeration machines and plants. Ch. VI, VII, and XIII were written
c ard a-A 2 -

Principles of Refrigeration Engineering SOV/5437
jointly, with V.M. Shavr. The author thanks the Department of Planning and
Equipping Establishments of Public Nutrition of the Institut, narodnogo khocyaystva-
imeni G.V. Plekhanova (Institute of National Economy imeni G.V. Plekhanov); the
Director of the Vaesoyuznyy nauchno-issleduvatellskiy institut, kholodil'noy
promyshlenno.sti (All-Union Scientific Research Institute of the Refrigeration
Industry),Sh.N. Kobulash-ili,, staff members of this institute,A.A. Gogolin, S.L.
Gimpelevich, I,F, Dushkin, N~T. Kudryashov, D.N. Prilutskiy, A.D. Tezikov, V.B.
Yakobson; Engineers of the Giprotorg A.V. Shaposhnikov, V.N.Shibanova,- and the
chief designer of the Tsentrallnoye konstruktorskoye byuro kholodillnogo mashino-
stroyeniya (Central Desip Office of Refrigeration Machine Construction) ED-
gineer Ye.S, Gurevich, There are 39 ref3rences, all Soviet.
TABLE OF CONTENTSt
Foreword
3
Ch. 1. Physical Nature and Methods of Refrigeration 7
Ch. II~ Theoretical Fundamentals of Mechanical Refrigeration 9
Card- Z/&2

Le

MESHCHWYAKOV, G.A., Inzhener.
Computing the correction for lateral refraction. Sbor.st.po
geodonool:49-60 151. (MIRA 9:7)
(Refraction, Terrestial.) (Triangulation)

3(2) SOV/154-5a-6-12/22
AUTHOR: Meshcheryakov, G. A., Candidate of Technical Sciences
TITLE: The Development of the General Theory of Euier's Projections
(0 postroyeni-i obshchey teorii proyektsiy Eylera)
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy. Geodezi,a i
aerofotos"yemka, 1958, Nr 6, pp 111-113 (USSR)
ABSTRACT; At the end of March 1956, Professor N. A. Urmayev suggested to
the author a task on the building up of Euler's Projections.
The author could not solve the set task on the basis of exist-
in.g papers on Euler's Projections, and was obliged to create a
general theory bj which he could solve the task. This theory is
described here in short. The Eeneral solution for the case
where the individual radius is represented an a spherical sur-
face (this is sufficient for cartographical purposes: the rep-
resentation of the spheroid in the plane can be easily converted
to the representation of the sphere in the plane), and the
method for building up Euler's projections are eiven. There are
7 references, 5 of which are Soviet.
Card 1/2

SOV/15,i-58-6-72/22
The Development of the Genera-l Theory of Euler's Projection3
ASSOCIATION: Novosibirskiy in:~titut inzhenerov geodezii, aerofotos",femki i
kartografii (Novosibirsk Institute for Geodesy, Air Survey and
Cartography Engineers)
SUBMITTED: September 10, 1958
Card 212

69874
0 o C) 3OV/35-59-9-7575
Translation from. Referativnyy zhurnal, Astronomiya I Geodeziya, 1959, Nr 9, pp 1,38-109
(USSR)
AUTHOR: Meshcheryakov, G.A.
I-V
TITLE: On the Question of Solving an Inverse Geodetical Problem
PERIODICAL: Tr. Novosib. in-ta inzh. geod. aerofotos"yemki f kartogr; 1958, Voi 10,
F
pp 79 - 2
ABSTRACT: In solving an inverse geodetical problem in the case when two points are
defined on different and differently oriented reference-ellipsoids, two
additional problems arise: the determination of the influence of the
difference In the orientation of the ellipsoids, the allowance for the
difference of their sizes and oblateness. The most difficult is the cal-
culation of the difference of their orientation; for this it is necessar-j
to know the plumb line deviation at two starting points of the orientation
of the ellipsoids in the body of the Earth. Considering the orientation
error as known the author suggests that the corrections of the relation of
the geodetica-1 coordinates to the surface of any ellipsoid should be cal-
culated according to F.A. Sludskiy's formulae given by him in "Lectures on
Card 1/2 Geodesy".

69874
On the Question of Solving an Inverse Geodetical Problem SOV/35-59-9-7575
* 6*B - m sin B cos L + p sin B sin L cos B + 2ae sin 8 cos B ~F e;
* cos B S L m sin L - p cos L; 2
E h = - 67a m, cos B cos L - p cos B sin L - q sin B + ae sin e.
If the difference of orientations of two ellipsoids ( 6 B 0, E L 0 Sh 0) is known, the
quantities m, p and q, that is, the coordinates of the center of the second ellipsoid
in relation to the first are determined by the following formulae:
m = - Cos B Cos L E a - sin2 B cos B sin L a e (~ e + sin B cos L a 9 B + cos B
sin L a 6 L - cos B cos L E h ;
p cos B sin L S a sin2 B cos D sin L a e e + sin B sin L a 8 Bo cos B cos L
a L0 - cos B sin L ho;
q - sin B E a + (sin3 B + sin 2 B cos B) a e - cos B a E Bo - sin B & h
In the article the numerical va-lues of m, p and q are given for the ellipsoids of Bessel'
and Krasovskiy. The calculation according to the obtained formulae for the ellipsoids
of Bessell and Krasovskiy with an orientation in Pulkovo yields the following resuitZ;
m 364 14 , p f-- - 277~4, q 664,k
G.V. Bagratuni
Card 2/2

89560
/6, C111/C222
AUTHOR: Meshcheryakov ',-G-A~
TITLE: A generalization of the notion of the stereographic
projection
PERIODICALs Referativnyy zhurnal, Matematika, no.8, 1960, 194,
abstract no. 9435. Tr. Novosib. in-ta inzh~ geod.,aerofotos'l-
yemki i kartogr., 1956, 11, 87-102
TEXT# The author considers a bounded region of a smooth surface and
introduces isothermic coordinates on the surface. The coordinate li4es
of the isothermic system are called isothermic circles and isothermle
rays. The author's scope is to find a conformal mapping of the surface
onto the plane so that the isothermic circles are mapped onto the
circles of the plans.
There are 9 references.
(Abstracter's notes The above text is a full translation of the original
SoTiet abstractA
S/044/60/000/008/032/035
Card 1/1

3(2)
AUTHOR: Mesh cheryakov, ~. A., Candidate of SOVI,"l 54- 59-4-11/17
Nd~hziicdl 'Sclendes, Docent
TITLE: General Theory of the Euler Projections (Obshchaya teoriya
proyektaiy Eylera)
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy. Geodeziya i aero-
fotos"Yemka, 1959t Ur 4, pp 93-103 (USSR)
ABSTRACT: Euler projections are equal-area projections of the meridians
and the parallels with an orthogonal grid. In all papers
(Refs 1,2,3,4) which dealt with these, the questions of
distortion were not discussed, Owing to the works (Refs 2,3)
the setting up of a projection with a given distribution of
distortions along a certain line is greatly complicated, The
problem is solved by the integration of the Euler-equation
or by the integration of the equation of N. A. Urmayev which
io.,identical with the Euler-equation. These equations (hyper-
bolic differential equations with partial differential coef-
ficients of the second order) are quasi-linear and no prac-
tical patterns for the solution of such equations exist. Here
a solution of this problem is given by reducing it to equations
Card 1/4 which are easy to integrate. The solution of the problem is

General Theory of the Euler ?rojections SOV,154-59-4-11/17
given for a spherical area with a standard radius~ Here we
start from the following statements: x and y are rectangular
coordinates of the points of the Euler-pro ection the
latitude, the longitude, s. sine, g= n~ 2 n' 2
cos s2),
where n- n(s,~) is the scale along the parallel and is a
certain function of latitude and longitude, i.e, 0- P(s,A),
Formulas (1) are written down If, therefore,. P and g are
known as the functions of latitude (or s) and longitude, there
are two equations (1) in perfect differential quantities-
from which x and y can be determined. In this case P and
will satisfy equations (2) which is signified as the basic
system. The problem is solved for a sphere with independent
variables y and X or a and ~; the transition from one group
of variables to another is obtained by an exchange with
a= sinT . This makes it possible to interpret functions 0~
g and x, y already on plane s, ~, i,e on a plane of the
isocylindric projections which play the same part in the
theory of the Euler-projections as the Mercator-projection
plays in the theory of the conformal projections. With
arbitrary ~--values the poles of the sphere are excluded from
Card 2/4 the investigation. According to the definition of g it is
r:7

Gezxeral Theory of the Euler Projections SOV/154-59-4-11/17
supposed that always g > 0. Function 0 is the convergence of
the meridians in the respective point of the projontion, First
of all the basic system is investigated~ For this purpose the
necessary terms are derived from the theory of a system of
two differential equations with a partial differential coef-
ficient of the first order of two functions wanted, with two
independent variations (Refs 8,9,10). Two practical methods
for the setting-up of Euler-projections are shown; 1) On the
basis of the solution of equations (c ) and (c2) of the
characteristics of the basic system in the plane 9, A and
2) on the basis of the solution of the reduced equations
(cf) and (cA) in the plane 71 (constant parameters which
2
determine the characteristics of the first or second bundle,
The characteristics of this auxiliary plane 9 are straight
lines. It is shown that for some Euler-projections g is
determined by differential equations with partial differential
coefficients of the first order and in othexBfunction g is
determined by the solution of the differential equations with
partial differential coefficients of the second order, Both
Card 3/4 kinds are investigated here and the theory and method for

General Theory of the Euler Projections S-0,1054-59-4-11/17
their setting-up is given, At present the author deals with
a comparison of the methods given here (Construction of the
projection on the basis of the solution of system (2) on
the s-~ plane or on the ~- 1plane. Investigation of the
Buler-projections which are determined by an equation with
partial coefficients of' the first order, construction of
Euler-projections which are determined by equations of the
second order) and he deals with the construction of some
concrete projections. There are 11 references, 9 of which
are Soviet,
ASSOCIATION: Novosibirskiy institut inzhenerov geodezii, aerofotos"yemki i
kartografii (Novosibirsk Institute for Geodetic, Aerial
Survey and Cartographic Engineers)
SUBMITTED: September 10, 1958
Card 4/4

AUT11OR -
TITLE:
~eshcheryal~ov, G.
A Nen e-1hol of Calcula~41~~:-- 'b" a r~ r
Izvestiya vysshikh
lotos"yemka,
TZIXT: In his paper (Ref- 4), 'he z-)rke-3 o-.1 a ~.-teory Of
e _r e C
formal project ions. It co mpr is e -, 'o- -
.2 conceo'
transversal projections as a o n
of stereographic pro~ectinn off ar'-,-
the classical analytical oefin4ltion ~-~r r 1-0 r a e ct
the projection is determined by n 3 r: 1 nc :1
Details of this theory are no,, CI;v
the pa pers (Refs. 4, 5) are recall 1 T t e 'i
write s dovin the f in'al f o rmulas for t he M~j 7 e S nb'; i~,,, e
jections, namely for the e - ;,)n 0" t h e e"r-Oi-I
Card 1/11

A New Method of Calculatim7 Oblic-:-
Conformal Projections
P -7 2 cos i-
sir.
y C "G'~,-
T ~2
m = C ZO
,7P - 2 co
where th,i constant c is determ.4ned f - n fo r m,_~ I a
C . m, r1 [P, -? 2 cos i,
For the slereographic pro4ec._:_:~ of
Cos sin C(,_~;,; COS
X
sin
co s sn
y C
sm cos :0 Cos Ip.
C
M
sin'r, COS,~.. CO~ _P C()

A Nei Y et hod of Ca I c ul at C-b Ie
Confprmal Projections
For the cylindrical pro-'ect-ion of
2cos if Pt 2c Os J!
C ~ -M
where the constant c is determ Jine~! 7-:~ -c, f-,I
For the cylindrical pro iectior-
Card . 31 1 1

Te~y Metho,! of Ca 1 cu I a ' i n
Conformal ProJections
CtL sin sin -4.~ cc s L
Ig
sin'Po sin c,)., c-s'; Cc's
Cos sin 0.
~c - aictg
cos,~n sin sin 'L,,sto cos
C
R (1 -4- sin,~.;, sin + Cos '.Fo COS C05
x
I - sin sin'? - Cos ~o COS ros
where the constant c is
conical projection of the -?'I!
Card'4/11

b J c a e
Calculating
vk method of
A NO
Confqrmal Projections
where a an2 k can be -Ietermine~
s in siny
kI& + sin,~, sin COS Cos
==a -a rctg cos cos
COS YOSIT1
rn Ril I/ti sin sin cos co~
and for the conical proJectiO' Of
-ard 5/ 11

A New ',!ethod of Calculating ObLiq-e
Conformal Projections
x
QOS
sin
A
In these ~Ormuias, and are the Q
the surface of the soheroid or snhe-'. so.
latitude of the point on the
i.e., q = ln 9; and % are ab ' e-,
and U /U + 9/u are functions i
0 0
the Lid of the enclosed table ; r -4 i~ T I
F is the radius of the terrestrial
Cartesian coordinates of the zpr~).4 e c T. e
ordinates of the nrojection nofnt;
respective projection poi'nt; - is ~ener2l
c, a, and k are the constantS + 7 r 7,
2- -
the present Daper, the aulho-
Card 6/11

41
A New !~Tethod of Calculating 061~!,que
'Conformal Projec t4 ons
oblioue conformal urojections on the b~s;- of t*nQ
method, all simple conformal .-rojections are C-.Iculatel
from the formulas indicating the coordinrit,'~r, ?f t-- nro~--,cti -~n 7,)*Lr".~~
the scale. Special tables should be ufe-', ~Ilc --a' C,-:
'tables of the product's of two t r i r~ r p rn - I r n.- I
cosine)., e.g. frorm. the paper (2e,.
ericlosed auxil iary table f or prc jcc- un~- Df t'-,-- s,)Iher-) 4
0 . .. - I - A
1; - ~., - -4 1 an" -)f
the order of calc-;la t 4ons for th,e rrr) -'ections o'
sphek-e, respectively. The encIlosed auxiiiary t~'-,le for
conf r:nal project-Jons of t'ne 7 r:~ ~~ D v s e r? e I n 7
annex
x. There are 2 tab'-~s --n3
ASS'OCIATION: Novosibirskiy
kartogra-rii
ova s ib r s k in s te c, o' ~eo
Photography and Carto.7ran'-y)
S TJ'3 1111 T T ED January 16, 1')6,~
Card.7/11
i

k, 0
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Card 9/11 44 2
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50 2.733 4075 0.365 8437
51 2.809 2420 0.355 9679
52 2.888 9118 0.346 1511
5.3 2.972 7286 0.336 3913
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55 3.154: 2268 0.317 0349
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58 3.467 6-131 0.288 3803
59 3.585 2206 0.278 9229
60 3.710 4438 0.2G9 5095
61 3.8-1-1 10-12 0.260 1386
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2.734 3518 3.3S7 7-1.19
2.837 1919 3.471 2617
2.945, ,2903 3.560 1594
3.059 1321 3.654 8991
3.179 2628 3.756 0234
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3.440 93-13 3.979 95-33
3.583 9656 4.10.1 2428
3.736 2978 4.237 9147
3.898 9711 4.382 0059
4.073 1853 4.537 7129
4.260 .3319 4.706 4241
4.462 0341 4. 889 759G
4.680 1971 5.059 6212

8626(D
S/15h/60/000/004/0051/007/-kX
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6S 5.112 6645 0.195 7 ! -1.917 07 IS 5.306 2573
69 5.361 S-112 0. 1 5.175 33,91 5.548 34-13
70 5.635 6527 0.177 :-
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73 6.64S 3761 6. 150 4127 6. 497 963-1 6.798 7,h68-
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77 8.719 7110 0.114 6827 8.605 0283 8.834 3937
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80 11.35.1 7936 0.088 06853 11.266 7251 .
11.442 8622
81 12'622 2986 0.079 22.i87 12.5-13 0737 12.701 523-;
82 14.205 9840 0.070 39287 14.135 5912 1-1.276 3769
83 16.241 3566 0.061 -17121 1 !:-,. ! 79 785-1 16.302 9278
84 18.954 2605 0.0552 75859 18.90*1 IM 19.007 0191
85 22.751 2151 0.043 W370 22-707 261-1 22.795 1 &M
86 28.445 2592 0.035 155211 28.410 10-10 28.480 -11-15
87 37.9-33 4829 0.026 36193 37,907 1210 37,959 84,18
88 56.907 1565 0.017 572,18 56.889 5841 56.924 7290
so 113.822 6313 0.008 785599 113.813 8457 113.831 4169,
Card 11 90 00 0.000 000000 00 00

MESHCHERYAKOV, G.A., dotsent, kand.tekhn.nauk
Foundations of a genetic classificatiDn of cartoggrap~-.ic projections,
Izv- vys. ucheb. zav.; geod. i aerof. no.4:109-118 161.
(MIRA 15,1)
1. Novosibirskiy institut inzhenerov geodezii, aerofotosllyemki i
kartografii.
(Map projection)

~ESHCHERYAKOV, G.A., dotsent, kand.tekhn.nauk
Formulating the problem of the best equal-area projec+i~ns.
Izv. vys. ucheb. zav.; geod. i aerol'. no.5:91-10'L '61.
0AIiRA 15: 1 )
1. Novosibirskiy institut inzhenerov geodezii, aero'Lotos"yeraki
i kartografti.
(Map projection)

3/03-1/62/000/010/082/128
A001/A101
AUTHOR: 'Aleshcheryakov, A.
TITLE: on mathematical formalism of modern geodesy
PERIODICAII: ReferativnTj zhurnal, Astronomiya i Geodeziya, no. 10. '962, 1(~,
abstract 10G42 ("Tr. NovQsib, In-ta inzh. geod., aerofotos"yemki
i kartogr.", 1~61, v. 15, 103 - 115)
TEX'r: The author lists divisions of mathematics necessary for various
branches of geodesy. He recommends to use more extensively Chebyshev's poly-
nomials and nomographic methods in geodesy for numerical and graphical proc-
essing methods respectively. Vector and tensorcalculi should be used in sphe-
roidal geodesy. Forgotten results of Christoffel are noted, who studied geode-
tic triang1es on arbit'rary surfaces (E. B.. Christoffel "Abh. Ak. Wiss. Seriln",
1868) and tinose of Forsyth who analyzed trigonometry of ellipsoid of revol,;tIon
(A. R. Forsyth. Lectures on the differentials geometry of curves and surfaces,
Ca-ibridge, 1920). In mathematical cartography, determination of projections
with properties prescribed in advance is required, on the basis of variation
Card 1/2

/C ;:A 2/_
On mathematical formalism of iodern geodejy C,
criteria anci Chebyshev's criterion. For compiling maps, it iz3 dez-1ra*o1e
create a theory of transformations in Wnicii coordinates ~f the ,oints C"
~;Iane w,-u'-d be expressed by 2nd degree polynj:.-,ia!s on the
to design co:,responding devices. in this connection t,-e article by :". P. 3~--
dy-u'kov (RZ,-,Astr, 1961, _IjG291) is mentioned. Tn gravlm(-tr-j ,--,d the theory of
the Earth's figure, it is desirable to use ellipsoidal functions (E. Ecbio-.
Ihe theory of spherical and ellipsoidal harmonics. Cambridje,
Migal ","'auchn. zap. L'vovsk. politekhn. in-t, seriya ge.i~aezicnesk", lc-'
v, 15, no. 1), and for solution of the inverse problem ir, the potential tne-
ory, non-correct proble.,.-.s of mathematical physics should te solved (Caucilly
problem for elli;~tical equations). Photogra~.-:metr-j calls 'o- t_he use cf ii-fSher
geometry, vector and tensor calculi. Processing of measurement results calls
for the use of probability theory and mathematical statistics. Vlatrix and
tensor calculf should be enployed. The birth of new disciplines is noted;
selenodesy (RZhAstr, 1960 no. 8, 7408) and practical lunar astronomy (RZhA'str,
1959, no. i, 1211), There are 63 references.
0. Sheynin
Abstracter's note: Complete translation]
Card 2/2

3/020/6!/136/005/004/032
Ciii/C222
AUTHORs Meshcheryakov, G.A.
TITLEs Now Extremum Probleme
PERIODICALt Doklady Akademii nauk SSSR, 961, voi, 136, No. 5,
pp. 1026 - 1029
TF,XTs The author considers new extremum problema of the mathematical
cartography.
At first the author investigates the following special case, In the region
D s I x I :!!~ AI y I -:-~ ",- , wh e r e A % I - :' IC > 0 lo arbitrarily small,
let be given the hyperbolic quasilinear Bystem
I
(1) e 2v(. xe )U 0 1.1y+ e2v 2)""x 27 1_x
Problem A Which initial condition6
(2) u - U(X,O) V(xnO)
must be prescribe! in ord'er that the scluti^-n v v(x,,y) in a certain
neighborhood of the initial curve y - 0 deviates least from rero" With the
aid of the methoi of :harazteristics it is shown that the initial
Card 1/3

New Extremum Probleme
2rj34-,'
S102 61/136/005/004/032
C111YC222
conditiona
(9) u X) ~- 0 0
must be chosen. If (9) is satisfied then in every point P of the neighbcr-
hood of y - 0 ~ the solution of (1) has the least absolu'e value among all
values which it may obtain in this point for arbitrary o;her Cauchy
initial conditions. The reault is not only local but also global since
it is valid for the whole region cf influen,,~~- of [ A, + A~ for (9).
Then theauthc-r formulates analogous probleme for quasilinear elliptic,
hyperbolic or parabolic systems
(I) a u + a + b,,u b, 7y . C1 ~ a b u +b Vy . c
ii x 12'. 2 21'x + '22'x + 21 Y 22 2
where a ij ~ bij ~ ci are assumed to be continuoas funotions of X,YU,V-
Similar problems can be given for equations of second order or still more
general equations. A further, generalization of the problem is possible
by seeking not only additional conditione which must be satisfied by the
solution in order that it deviates least from zero, but also by seeking
also the curves on which these conditions shall be satisfied. In contrary
Card 2/3

New Extremum Problems
3,46
S-/020/61/136/005/004/032
C-,11/C222
to the usual theory cf differential equati~ne whil-h is denoted as the
theory of the description of physical pr3cegses, the invest-Agation of the
given new problems is called the thec-ry of the predl--tion and control of
physical processes.
The author mentions P.L. Chebyshev and D.A. Gravr-
There is 1 figare and 6 Soviet references.
ASSOCIATION2 Novosibirsk" y institut inzhenercv aer,.~f
4 - ~ toe y emki i
k-arrogreLf ii
(Novosibirsk Institute of Engineers of Geodesy, Photo-
grammetry and Cartcgraphy)
PRESENTED~ September 26, '9601, by S,L. Sobolev A.,ademirian
SUBITITTEDe September 24, 1960
Card 3/3

MESBCHERYAKOV, G.A.), laand.tekhn.nauk, dotsent
On the best eq~dvalent projections. Izv. vys. ucheb. zav*;geed.
i aerof. no.2:3-15-125 162. WIRA 15:9)
1. Novosibirskiy institut inzhenerov geodezii, aerofotos"yemki
i kartagrafii.
(Map projection)

L 18223-63 BDS
ACCESSION NR: AT3001864 S/Z909/62/000/006/0102/0109
AUTHORS: Zagryazkin, N.N.; Meshcheryakov, G.M.
TITLE: Multi-electrode spark plug with preparatory ionization of the gas gap
L
SOURCE: AN SSSR. Institut dvigatelel Y, Trudy, no. 6, 1962, 102-109
TOPIC TAGS: engine, internal combustion, ignition, spark, spark plug, plug,
gap, ionization, advance, fuel-air ratio, electrode, testing equipment
ABSTRACT: The paper discusses the theory and describes experimentation with
the spark discharge on internal-combustion engines; it investigates the possibility
of obtaining a stable energy transfer delivered with each spark discharge in a given.
spark plug. More specifically, the paper deals with the stabilization of the ioniza-
tion of the spark-plug gap, the flu~ctuations of which lead to uneven spark dis-
charges and, ultimately, to an increase in the lowest fuel-air-ratio Jimit at which
engine operation is feasible. The spark plug employed comprised 3 electrodes (F),
namely, a main E and a grounded E, spaced so far apart that a normal spark dis-
charge with the given secondary voltage is unlikely, and an auxiliary E placed be-
tween the main and the grounded E. A preparatory discharge was brought about
between the auxiliary and the grounded E, an intensive ionization was thereby
Card l/ 2

L 18223-63
ACCESSION NR: AT3001864
produced in the main spark gap. and the principal discharge between the main and
the. grounded E took place-. Various voltage and gap relationships between the
mairt spark gap and the auxiliary, ionizing, spark gap were tested and are de-
scribed. Conclusions: 1. The introduction of a supplementary E into the main
spark gap pormitfi effective control of the beginning of the main spdrk discharge.
2. Preparatory ionization permits a discharge in the spark gap at potential
gradients (P',-';) of 2.4 kv/cm, significantly smaller than the corresponding PG of
12.3 kv/cm required for discharge through a nonionized gap. Preparatory ioniza-
tion, therefore, permits a considerable enlargement of the spark gap without a
corresponding increase in discharge voltage, that is, without any appreciable
complication of the ignition system. 3. The preparatory discharge affords a satis-
factory stabilization of the discharge voltage of the main sparl, f",ap. 4. Prelimi-
nary experimental data obtained thus far substantiate the hypothesis that prepara-
tory ionization affords an intensification of the energy per unit volu me of spark
ga.p. The results of this study are regarded as preliminary. Further inves~iga-
tions in this field are continuing at the Ob"yedinennaya problemnaya laboratoriya
Jnstituta dvigateley AN SSSR (,Tqint Problem Laboratory, Engine Institute, AS,
USSR) and the MADI. Orig. art. has 5 table.
L. __1 D-~~TS ~'CQ~ A-pz 6_1 EXL, 00
5"M --F, 'P-i' :WR REF
Card 2/'

ZAGRYAZKIN, N.N.; MHCHERYAKOV, G.M.
Preionized spark discharge for the ignition of fuel-air
mixture. Avt. prom. 29 no.7:19-21 JI '63. (KrRA 16:8)
1. Moskovnkiy avtodormhnyy institut.
Obtor vehIcIot3--Ig-,)it,JOTA)

A "C" S' ON 1 -R, t 05-00"677. S/0 13/~'Iloc u
1 '101611001110013
A I Te 11M -Ifeshcher-yako G. M.
TIM The use, -of prelimin-axily.- ionized sps-ric Air;chargees foir~the ignition, of
coi;~Uatible mixturee in inteiiial combustion engines..
3 0 U-11 GE -Avtomobil In ay Ia pr on7shlenn .ost.I nQ. 11p 1964, 11-13
gbi,
-TOPIC DIGS: internal: combustion en e ionization, :,spark ignition/ MMI 086 a lir~~
Gooled en e ?W1,19 966 four cylinder on i o, qputnik automobile, Ertra gasoline
4in
A 7-5U spaxrk plug, MBNITJ~P eloctrodep DSF 6 oil
ACT- -Ripe=ental-resulte-on the use of prelimin
3STF arily ion Tzed spark diachargea
in inte
rnal combustion ezigines- are reporlUed.- The tests were conducted on an air-
cooled engine)'. 1UNI-0861 designed on the basis of the four-cylinder engine MeLM-966
-During -L
caid intended for, use in the automobile "Sputnik the experiment. the engine
was cooled.by an indepeirdent ventilator ayatem* The constant temporat=6 was iraill-
tained by-controlling the ventilators. "Ertra". gasoline, fuel and "DSP-0" bvand
The standard ignit -8 ug was of the titpe A705U
lubricating oil.werewed ion park DI
~04 X 1 w25 MM), and the electrodes vere of the type TRUMP. The experimental,
system for:sparking included a tri-olectrode'spaxk plug. The apeed of the engine
7w; varied from 1600 to 2600,ropom, Itwaa found that the i-atenaification of the
Card , 1/2

IM M W: i
77
-65
L:,~4111
Appo2677
gansfdN HRI by
the iAdicat" econovy
increaff
can
zed charge
lo"jer loads th
the use Of Pre-ioni , mixtures Un4-
xicing due to- with poorer
--BPS mixfw i.,j the _IWII~woa.6 angiu~D
of weaker
owing - th Use I _.- .
Jjj- ased i
_4 lood
~rkint_ ore
A k
anoy' :30t AE Ull
the:
-inore"el
---fj
es. J
-atomobile
Orig! -
tno ff-
Mos avtomobil
iSSOCTATIOITI kovaidy
TP
so, oWs PR#
00
00
alugal 001
W4
807:
110 1w,
n
~
4

-A
6033CF~65 EVIT 1 Y/f_ F(C),It
N 57/65/0
UF,/O
M~- 0-,ESSIQ N IU -AP50la302 0., Wbo!A236/124i
A
537. 523.4 J41
M
W
.V
Meshch
AUTHOR. J6
the
U. . . . . .TITLE-z Influence of Dreliminary ionizatio -of as on the nature of the
redistribution, in -a spark-discharge
energy
S-OURCE::' Zhurnal tekhnicheskby fiziki.) v*_35j, nos-7y 1965, 1236-'31.241
TOPIC TAGS z -internal ~combustion e,~&ine~_ igriltiqnl'~ ionization, spark- ignition
ABSTRACIJL2 This paper -is primarily.concerned 'with the.spark ignition of fuel,,
mixtures in iryternal combustion engines* The authorgives a brief theoretic
".n
'discussicn~of the thermal 'efficiency of a spark and concludes-that the,thirmal
effici especially at hiGh pressures, by a
ency, pan be considerably.increased
preliminary ionization of the gas,, The theoretical conclusions are illustrated
with- cheryak
-previoi_Lnly.publisheed experimental.data-(N.NaZagryazkiii and GoM*Mesh ov;_
-I GoVolleshcheryakov, Ibid. No ll~ 1
A~Aqmobillnaya promyshlennost, No. 7, 1963.
1964: Yu&I.Timoshenko, Tr. -in st dvigateley P11 SWR NO. 61
U 11 Zagrya%kin and.
-InAhese experinents,- which-included ignition-of -stream of propane-air-
1952)
rali:)6ures, :83 xell as operation of Internal combustion eniginesp the.preliminary
14'i :-T~ ionization was provided Vj a 1" enorZ_y spark. preceding the principal dischargei

Lo C7
J. 0 68180
SOV/58-59-5-10724
Transla-lion from: Referativnyy Zhurnal F1z1kaj 1959, Ur 5, p 121 (USSR)
AUTHOR~ Meshcheryakov, G.N.
TITLE-, Effect of Low-Energy Radioactiye_B4414tion on the Surface Properties
of Metals
PERIODICAL: Nauchn. zap. Odessk, politekhn. in-t, 1957 (1958), Vol 17, pp 235-242
ABSTRACT; The author made use of 1.17 and 1,38 Mev gamma-radiation with an
intensity of 0.02 roentgen * cm-2 . min-1 to study the effect of
irradiation (1) on the pendulum hardness (H) of a number of metals
under loads of 150 - 1,500 g and a 0.15 mm curvature radius of the
needle, It was established that the load dependence of H preserves
its character but that the H numbers grow by a factor of 1,5 after
30 minutes of exposure if H is measured under a load greater than
1,000 g, If a jet of oxygen is blown on the sample during irradiation,
the H numbers are reduced (for Zn the value is only 75 instead of 85).
Card 1/2 At a depth of 0.4 - 0.5 mm under the irradiated surface H is 30 - 40%

6818o
SOV/58-59-5-10724
Effect of Low-Energy Radioactive Radiation on the Surface Properties
greater than at the surface. In the case of Pt the hardness increases by 70%. Au
does not react to Irradiation. The softening effect of surface-active liquids in-
creases as a result of preliminary irradiation. This apparently testifies to the
effect of I on adsorption phenomena.
R.1. Garber
Card 212

Ln.
'y
25 n z (t ~49
2
Ir
S, ~,Jkhc 140 25174

MESHCHERYAKOV, G.V.
Possibility of using the direct measurements method in studying
disloeation processes in the Argalimsay Aine. Trudy Inst.gor.
dela AN Kazakh.SSR 8~,34-39 161. OAIRA 15:4)
(.14Lrgalimsay region---.Rock pressure) (IlLne surveying)

aj R.V.; MESHCHMYAKOV G.V -
BALAI ,
e rock dipplacementso
Using th, optical method to determi"e relativ
Trudy Inst. gor. dela AN Kazakh. SSR 11:159-168 161.(MRA 16-.8)
(optical measurements) (Subsidences)

BALAKH, R.V.; TARAKANOV, I.G.; ~ESHCHERYAKOV, G.V.
Advantages of filling cavities on the liDrer leveis c)ll' the
Mirgalimsay ~Iine and mining support pilia'-rs. Trudy Inst. gar.
dela AN Kazakh.SSR 12:3-12 163. (MIRA 17-F)

AL4C NR1 AP6005L46 SOURCE CODE: UR/0126/66/02110011014010143
AUTHOR: Aadriyavskiyo R. A. Zagmkin, V. N.; MeshcheEL&kov. 0. rao
Vim* No
xcow, Institute.of Steel and Alloys (Koskavskiy Institut stali I splavow)
T11U: ~Study of the
Lou can in 5-zirconium
_9f cae
SOURCR: Fixfka metallov I metallovedeniye, v. 21, no.,11, 1966, 140-143
TOPIC TAGS: physical diffusion, carbon, zirconium, activation energy, Isotope
ABSTRACT: An emulsion of radioactive C was deposited an specimens of O-Zr which
t4ereupon were- amealed at 1100-16(10*C for from, 0.5 to 5 hr in a vacuum (10-4-10-5 M
Hg),.with,meaaurements of temperature by means of Ft-PtRh and W-WRe thermocouples.
After annealin ~tfie G films were stripped off the specimens and the activity of the
J_--~ specimens was measured by means of a scaling unLt'with an end-window counter. On this
basis the activation entropy A S of the diffusion of C in D-Zr is calculated at 4.95
cal/mole--dego The activation energy Q is found to be linearly dependent on the atomic
radius of theelement (Q - 34.2,kcal/mole for C), and the A S/Q ratio is found to be
constant for the diffusion of various Interstitial Impurity elements (H, 0, N) into
one and the same metal; other metals with body-centered cubic latticeg such as cf-Fe
and:Ta also' are governed by these laws. It L characteristic that the radius corres-
ponding~to "zero" activation eneigy is -0.2515i$ which satisfactorily tallies with the
car4. 112 UDC:, i48.526

MESHCHERYAKOV, I. A.
"Polygenetic Planation Surfaces"
report to be submitted for the -ntl. Geographical Union, loth General Assembly
and 19th Intl. Geographical Congress, Stiockholm, Sweden, 6-13 August 1960.

SOV/136-.59-1-8/21+
AUTHORS: Klassen, V,T,, 3:.,ien,2eS and
M.esh.-he,_Pyako--:, 1J.,
TITLE: Flotat~.on of F3.nr) 15i"mws with Air Coming Out of Solution
(Flotatsiya tonk-fk-n, vozdukhom, vydelyayushchimsya
iz Tast,;ora)
PERIODICAL: Tsvet-nyye Matal*-.y., Nr 1, pp 27-32 (USSR)
ABSTRACT: The aut--hors nota !3oma- p,-blished views (Refs 1-5) on the
difficulty of fllot&tkap., mineral. crystals less than 10-5
microns in size and ~:-n the effectiveness of as in the
process (Ref's One of the authors Massen) has
carried out a study of the latter aspect
(Refs ).,8) and fi~om thfs they now deduce that: gas
bubbles are foimadl ma.1-ni-y on mineral particle surfaces,
the parcc;asa mo)-,9 intensive the less hydrated the
surf a _-a,; the L~`ghe~.- i;1-1,3 sur;ersaturation of water with
gas tho smallez, -",he _Jn.Ltial stable gas-tubble nuclei;
the lowe3, the at the liquid.-gas boundary
the smalitii7 the nu.-la-1 and the more intensive the
e-,olution of ai*7- partL,,-les. They go on to describe
Card 1/4 experiments v1d"oh -confirmed these deductions and brought

SOV/136-59-1-8/24
Flotation of Fine Slimes A:t,~ Coming out of Solution
to light naw 7-s'La`,)J.ons. In the first series of experi-
ments gas separation from -various solid-free solutions
at various e-fa,~-aatlons was studied in a simple apparatus
(Fig 1). Fig 2 shown percentage of total originally
dissolved gas that e.,omas out of solution as a function of
pine oil concentration, mg/litre for different vacua, the
interrupted linas showLng the corresponding theoretical
percentage vali-as. r."g 3 shows the volume of gas libera-
ted, ml pe-0 1 of soiiit'on as a function of vacuum, mm Hg,
for various p`r_~~ 0-
.L _on~,entratlons and also the initial
and theoreti:.,all -as, Bubble sizes were measured
photographically a_ai found to be mainly 0.1 - 0.2 mm. in
diameter. A serit)s of experiments were carried
out with strong aq.-,~cus suspensions of barytes (65 - 70% -
10 microns). Fig ~.-!Lows the total of originally
dissolved gas -D-ut r)f solution as a function of
sodium-:;leata mg/l, and content of solids.
Card 2, 1+ In furthe-L exper.Lm-in+,z, Anamatography was used to study
bubble- f ormatio m on E_---Uns of fluorite, quartz and barytes
(left, middle an-~' respectively, in Fig 5), the
wetting angles ha-V---Ing _!)~!an determined previously.

SOV/1~6-59-1-8/24
Flotation of Fine Slimes with Air Coming Out of Solution
All the experiments having indicated that the vacuum
flotation of slimes should be effective, comparative tests
of this and ordinary f] 'otation were made, Samples of -10
micron (Table 1) quartz, fluorite, barytes and barytes ore
as well as their mixtures were treated in an apparatus
(Fig 6) suitable for both methods. The comparative tests
were carried out under optimal conditions with careful
reproduction in parallel tests of temperature, pulp
density, reagent consumption, contact time, flotation time
and quantity of final washing water. In general, concen-
trates richer by 10-20% and recoveries 10-15% higher were
obtained by the vacuum method. Fif 7 shows results for
barytes ore, where baryta recovery curve s) and its
ccneentration in the p:E-zduct (curve j3) are shown as
ftnetions of consumi~;ion of sodium silicate (g/tonne).
Tle differences betwean the vacuum and ordinary methods
were particularly interesting when tests were continued
Card 3/4 fcr 30 rather than the normal 10 minutes (Table 2).

SOV/136-59-1-8/24
Flotation of Fine Slimes with Air Coming Out of Solution
The authors conclude that their results show vacuum
flotation to be a flexible and promising method,
There are 7 figures, 2 tables and 11 references, 7 of
which are Soviet and 4 English.
ASSOCIATION: Institut gornl)go dela AN SSSR (Mining Institute
A S U. S SIR )
Card 4/4