SCIENTIFIC ABSTRACT USPENSKIY, A.V. - USPENSKIY, B.S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001858210013-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: April 3, 2001
• Sequence Number: 13
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

L 10396-66
ACC NR: APS026900
:ystern uses ordinary N5SM pumps In the first
ections and an ion-sorption titanium pump in the last
torr. Other parts
section to achieve a vacuum of 107
of QG are: 4 - quartz teflon-lined bulb;
5 - resonator; 6 - solenoid for building an axial
magnetic field;7 magnetic shield ; 8 - coupling loop. A 0.01-0.02-sec
pumping pulse, at a frequency corresponding to A a 21 ern transition, produced a
post-radiation for 0. 2 -0. 5 sec. The total estimated and measured relaxation
constant was about 2 per sec, which corresponds to a lifetime of 0. 5 sec. Data on
frequency stability and shift is also given. "The authors wish to thank A. M.
ProkhorWi~d,A. N. Orlyfj~~ for discussing the results and valuable advice;
and L. P. Yelkina,. G. A. Yelkin, A. N. Ponomarev A. A. Ullyanov, L. M. Zak,
i& d '0. S. L-t777.
N. A~.B a ~uq , Yd 019di6v for their ai its taince In the I~Yoje 4it.
art. has: Srhgurss and 6 forrnu1arr.,*-
SUB CODZt 30 / SUBM DATZ: iosui64 oRm Ricri 000 OTH REF: 004
jW
CW4

L 23389-66 MEG (k) -2 lt-dA. (h) -,/FW-P( k-)/EW-r ( 1) /F'BD/;T IJF(c) W-i
ACC NR; AT6009313 SOURCE CODE: UR/2504/65/031/000/0096/0112
'AUTHORS: Orayevskiy, A. Uspenskiy, A. V.
Academy of Sciences,
ORG: Physics Institute Im. F. N. Leb
iSSSR (viziche.skiy institut Academii nauk SSSR)
TITLE., Power pulsation regime of laser ra
_qiation
SOURCE: AN SSSR. Fizicheskiy institut. 71rudy v. 31, 196~.
Kvantovaya radiofizika (Quantum radio physlcs~, 96-112
TOPIC TAGS:. laser theory, laser pulsation, relaxation process,
laser radiation spectrum, laser r and d
ABSTRACT: The authorB point out that at present there are many
hypotheses concerning the theory of laser pulsation, although none
give a satisfactory explanation of all the experimental facts. They
review briefly presently known facts concerning the random pulsations
and quasicontinuous pulsation mode, as well as the various theoreticbLI,
hypotheses advanced on pulsation theory. They then analyze the
character of the nonstationary processes in a two-level system within
Card -1/2

L 23389-66
~ACC NR: AT6009313
~~tbe framework of a single oscillation mode, and the conditions under
which they arise. They use a model of a substance with two relaxa
-;tion times. The equations of the two-level laser are derived
~rlgorously and also in the form of approximate velocity equations,
band the applicability of the latter as Well ELS ways of increasing.
their accuracy are d1scussed. Modes that can be reconciled with a
of equations in which nondiagonal elements of the density
..matrix are included are analyzed. The transient In a two-level
nerator,as deduced from the analyzed equations, are briefly des-
ge
!-cribed. The authors solved the system of equations they derived
with the aid of a computer for the case two oscillation modes and
-.obtained damped pulsation regimes. TLhey arrive at the following
1) the sum of' the amplitudes of the two modes execute
amped oscillationz;, and the amplitude of each of them
-regular d
ecutes:irregular oscillations; 2) the amplitudes in two different
_e x
f_:mode5,-pulsate in phase opposition. Some disparity between their
-'.,.results and the results of others is pointed out. Orig. art. has:
-.-figures and'112 formulas.
.'.SU-B,CODE: 20/ ORIG REF: 024/ OTH REF: 043 SUMDATE: -none/
-2 2

T
L 23392-66 EWA h ) /EEGG (k) - 2 /5,7 ( 1) /WT (m) /E7dF W /FBD/T 1W. P (t !J?(C) 'dG/JD
ACC NR: AT6009315 SOURCE CODE: UR/250)1/65/031/000/0139/0 177
AUTHORS: Basov,' N, G.; Strakhovskiy, G. M.; Nikitin, A. I.;
Nikitina, T. F.; l.'Vatarenkov, V. M.; Uspens-kiy,. A. V.
ORG: Ph sics Institute im. P. N. Lebedev., Academy of Sciences..SSSR
(Fizicheskiy.inatiEut Akademil nauk Ss"5K)
TITLE: Problems of construction and inveottgation cf the operation
of a hydrogen-atom-beam maser
SOURCE: AN SSSR. Fizicheskiy institut. Trudy v. 31, 1965v
Kvantovaya radiofizika (Quantum radio physics', 139-177
TOPIC TAGS: maser theory, gaseous state maser, hydrogen, Maser,
quantum generator,* excited-state, stimulated emission
ABSTMCT; The authors review the hitherto publJzbed work'on the
theory and construction of hydrogen-beam ma~erjA'M discuss the con-
Btruction, choice of optimal parameters, and preliminary operating
results of a maser using the transition (F . 1, mp - 0) (F -*0,
2
Card

L 23392-66
ACC NR: ATW9315
m =-O) at 1420.405 Mcs. Two installations of different construction
I F
are described. The operation of the maser in the underexcited . mode-
is investigated. A procedure for determining the lifetimes of the
excited atoms in the storage bulb are described. The apparatus wan
.operated with an axial resonator magnetic field of 100 -- 300 mOe.*
I
The dependence of the amplitude and frequency of generation on the
various parameters was investigated and it was found that the great-
est contribution to the maser instability is due to the instability'
of the supplementary magnetic field and the detuning of the resonator
as a result of thermal expansion, Methods of overcoming these dif-
ficulties are discussed. The section headings are: Introduction.
I. Construction and adjustment of hydrogen-beam maser. 1. Operating
principle of hydrogen-beam maser. 2. Vacuum system. 3. Atomic-beam
sources.. 4. State sorting and atomic-beam focusing. 5. Detection
of hydrogen-atom beam. Methods of adjusting the apparatus. 6. Bulb
for accumulation of atomic hydrogen. 7. Cavity resonator. 8. Radia-
tion receiver for 1420 Mcs frequency. II. Investigation of opera-
tion of hydrogen-beam maser (preliminary results). 1. Investigation
of stimulated emission of atomic hydrogen at 1420.4 Mcs..
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L 23392-66
ACC NR: AT6009315
2. Characteristics of hydrogen-beam maser. Conclusions. The
authors thank A. M. Prokhorov and A. N. Oraevskiy for a discussion
of the results and valuable d Vic e_,__a-n-d__L_._P_- __`_fe_1_k Ina, G. A. Yelkin,
A. N. Ponomarev. A. A. Ullyanov, L. M. Nak, N 'A * Begun, and 0. S.
for help with.the work. a t. --ha a t figures--a-n-ff-
Rsogorov r -
b9 formulas.
SUB CODE: 20/ OR3:G REF: 021/ OTH REF: 0311 SUBM DATE: none
Card 3/3

L 32209-66 FBD/EWT(1)/EEC(k)-2/T/EWP(k) IJP(c) Wo
AIC NR: AP6020791 SOURCE CODE: UR10386166100310WOLMI0471
AUTHOR: Basov N. G.; Orayevsh&y. A. N.
Strakhovskly, Go M.; Uspenskiyj_Ag_j-
CIRG., ftsics Institute im. P. N. Lebedey, Academy of Sciences SSSR (F-izicheakiy
institut Akademii nauk 88P)
TITLE: Two-cavity laserq"as high-resolution spectroscope
SOURCE: Zhurnal eksperimentalliloy I teoreticheskoy fiziki. Pistma v retin Jqiyu.
Prilozheniye., v- 31 no. 12) 1966,, 468-471
TOPIC TAGS: laser application, laser radiation spectrum, molecular spectroscopyj
-receiver resolution, hyperfine structure
ABSTRACT: The authors show that in a laser it is possible to resolve spectral
components within the limits of a homogeneously broadened line, so that a spectro-.
scope based on the use of such a laser can have a resolution limit determined by
the width'connected with the monochromaticity and stabi2ity of the radiation.
source. The spectroscope consists of a previously-described laser with two cavi-
ties in tandem (Pissma ZhETF v. 2, 77, 1965). Modulation of the distance between
the two cavities normally modulates the signal In the second cavity, but if the
signal frequency coincides exactly with the peak of the spectral line, then the
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L 32209-66
ACC NR: AP6020791
distance modulation does not cause phase modulation. Since the position of the
line peak changes with the magnitude of the signal in the first cavity, it is
possible, by measuring the generation frequency at which the phase of the second
cavity does not depend on the modulation of the distance between cavities, to ob-
tain at different signal values as many independent equations as there are hyper-
fine structure components in the line. Simultaneous solution of these equations
determines the positions of the hyperfine components. A sample calculation is
given for a line with two components, and it is shown that for cavities 10 cm
long spaced 10 cm apart) a mean beam velocity 6 x IjD cm/sec, a modulation frequen-:
CY 10 cps, and a detection time of 1 see it is possible to resolve spectral com-
ponents separated by several cps. Orig. art. has: 2 formulas.
13UB CODE: 2o/ Sum nATE: ogApr66/ oRiG P.EF: oo2/ oTH REF: ool
Curd 2/2

L 18721-66 FPD/W(1)/ETC(k)-2/T/t~,[P(k)/34A(h) !JP(c) '1,47
ACC NR: AP6006839 SOURCE CODE: UR/0181/66/008/002/0511/0514
'AUTHOR: Krokhin, 0. N.; Uspensk~),,, A. V~
'ORG: Physics Institute im. P. N. Lebeday AN S~LSR, Moscow (Fizicheskiy institut All
.SSSR)
:TITLE: Asymmetry in the excitation of oscillation modes in semiconductor lasers
~SOURCE: Fizika tverdogo tela, v. 13, no. 2, 1966, 511-514
TaPIC TAGS: laser theory, semiconductor laser, laser
;ABSTRACT: The authors study the excitation of axial modes in semicondilt-tor lasers.
~It is assumed that both the amplification factor and its spectral form are functions
,of the degree of inversion in the semiconductor. The case of direct interband tran-
ositions in it uniformly excited semiconductor laser is studied. The analysis is
;based on rate equations for the chemical potentials of the carriers and the number
.of photons. It is shown that the relationship between the amplification factor and
~the degree of inversion (the shift in the maximum and the change in form) results
in as ymmetric excitation of axial modes. This excitation is weakly asymmetric when
Card 1/2--

--- -- -------- ------
L i8721-66
ACC NR: AP6006839
emIssion begins far from the edge of the band, while excitation is totally asymmet-
;ric when the first mode is excited so close to the edge of the band that the fre-
,,qu3ncy of the next longed mode is located beneath the edge and excitation cannot
.ocr-ur. "in conclusion the authors thank N. G. Basov and P. G. Yeliseyev for dis-
.cussing the results and for valuable comments." Orig. art. has: 8 formulas. -[14)
;SUB CODE: 20/ SUBM DATE: l5Jun65/ ORIG REF: 001/ -OTN REF: 002/ ATD PRESS:

L "54-66 EWL1(l)/1WP(m)/T LJP(c) GW
ACC NR, AP5018607
AUIEOR: Strakho~~, G. M ; UswaWdy"* V*
5,5 tq -14
TITLE: Gravitational radiation and the-pympect
dt 14 q'4
SOURCE: Uspekhi fizicheski)di nauk, Ar. 86 , no. 3,
liWO053/65/086/003/0421/0432
530.12:531.51
of its experimental- discovery
1965, .421-432
TOPIC TAGS: gmvitation field, gravitation wave, stellar evolution. cosmogony
ABSTRACT: The author shows that improvements in experimental techniques in general,
and relatively recent development of statistical methods for distinguishing weak
signals from noise, make the detection gravitational waves more realistic than in th
past. 1he various sources of gravitational radiation are discussed (binary stars,
asymr,etrical oollapse of stars, neutron stars, high-frequency gravitational rediatio
of extrate=estrial origin, and possible terrestrial sources such as rctating masses
or aKplosions). 1he requirements that gravitational-wave detectors must satisfy are
listed, and the sindiarity between iiig)i-precision e1ectromagnetic-field measuierrents
and gravitational measureme-nts is pointed out. Particular attention is paid to a
metlod involvh-ig the use of a pair of test masses (earth and satellite, earth and
star, two planets, two bodies in the laborutory, and an extended single rigid body),
which can be u3ed for thds purpose in. analogy with an electric quadrupole. The pos-
sible sensitivity of such a system is, analyzed and it is concluded that the method i
feasible. 7he instrumental limitaticns an the sensitivity of the method are dis-

L 4454-66
ACC NR, AP5018607 (~2
cussed, and the upper bound of the ejensity of gavitaticiial xudiation of extra-
terrestrial vr.igin is estimated. OxIg, axt.. has: 1 fig=t 20 formulast -and 2
tables.
ASSOaMON: Now
SUBM=D: 00 ENCL., 00 SUB COIE: GPj AA
NR WX SOV.6 Oll OMR: - 048
21n

ZONE
AMWX-M-024470 SOURCE CODE: uR/0181/66/008/007/2087/2091
AMORs Zakhorov, Yu. P.; Nikitin, V. V.; Semenov, A. S.; Uspenskil, As VS;
Shdi ov, V. A.' 6
ORM Physics Institute in. P. N. Lebedev, M SSSR (Fizicheskiy Institut M SSSR)
TITLE: 76se theory of optically coupled p-n GaAs &Aerm
BOUILM: Mike tvardolp tels, v. 8, no. 7, 1966, 2067-2091
70FIC TAGS: semiconductor laser, gallium areenidep laser coupling 9 %$0-L#0
5-M "- d- * I L* 0-, AV %nvA..,Pe r,,oAJ
ABSTRAM. Using a slatted p-n CaAs diode as a model of a semiconductor laser.714
optical laser coupling was studied theoretically and experimentally. Eight different
diodes, prepared by methods described by G. J. Easher and F. Stern (Phys. Rev., 133s.
A553, 1964), with 0.2 1 Y :5 0.5 were used (y - U S 1, where L and L2 lengths of
Li I
the p-n junction on each side of the slot) . Spectral characteristics of each diode
were observed for different values of the threshold injection currents (iand J2)
through the slotted parts of a junction. Experimental results indicate t t the
jthresh
function k IN increases with an increase in Y (k 7his result agrees
J thresh
2
essentially with the theory. Orig. art. had: 3 figures and 10 fcrmulaa. ITKI
ILUBJDDE: 20/ SUAN DAM l0Dsc65/ ORIG REF: 002/ OTH REF: 004/ ATD ?1ZSS*1rAg~,

-AUTH0R.-_2LSL'CnskV, A. V
CVM
TITLEs Theory of nonstationary processes in paramagnetic quantum generators,,,,
(spin-system in a resonator, spin generator)
SOURCE: Radiotakhnika i elektronilca, v. 11, no. 2, 1966, 279-286
TOPIC TAGS: paramagnetic oscillator, quantum generator, laser
ABSTRACT: Occurrence of unstable conditions in paramagnetic quantum enerators is
theoretically considered. Two feedback arrangements are analyzed: (15 Self-excitatio:
and sustaining the oscillations depend on the energy of active particles arriving
in the resonator; this maser-like arrangement is exemplified by a spin system in
the resonator (H. Benoit, Ann. Pkfsik, 1959, 4, 8, 1439); (2) Self-excitation and
generation depend on an external driving source; a cross-coil spin generator is
used as an example (Earl Law et al., Appl. Phys. Letters, 1964, 4, 6, 109). By
combining Bloch equations with feadback equations, asystem of equations describing
generator operation is obtained. The system is indirectly investigated for stability
with these results: (1) Unstable conditions are possible in both arrangements-
in the first case, when the numbe-_ of active particles in the resonator is
sufficiently great; in the second case, when the gain is sufficiently high; (2) The
f irst arrangement has only a thre;3hold of instability while the second has instabili.
ty regions. I'The author wish to t'ank V.
_G. _YeqtL4Zo_and K,,._K. V!,ad rs~~ for
discussing the work and valuable comme~it~;." Orig. art. has: I figure and 35 formulas
bard , [031
UDC: 621-378-33-01

~cr-,"MR,,,-A, 'P'~6007505
SIFB CODEi 09 SUBM DATEI '190atl64 ORIG REF: 00910TH REFt 008/ ATD PRESS..,/.~
Card 2/2

L 33420-66, FBD/EWT(il/r--EC~k)-5l./T./-DIP~k) __ TM4')
ACC NRs AP6011460 SOURCE -Const UR/01"/0/01i/OO4/O766/0767
AUTHOR: Uspenskiy, A. V.
17
ORG: none:
TITLE; Theory of the two- hoton laser
p
SOURCE: Radiotekhnika I elektronika, v. 11, no- 4, 1966, 7_66467
TOPIC TAGS: laser, two photon laser
ABSTRACT: Usually, the theory of pulsed two-photon laser is dealt with (R. L. aarwinj
IBM J, 1964, 8, 3, 338).The author sets up equations describiN continuous operation
of a two-photon laser, investigates stability conditimg aT4 49termines the pulse
frequency of unstable conditions. It is found that: (1) Pulsating conditions can
bo created If tho duration of a 11priming1f impulse exceeds the pulsation period
and the transient time of the laser resonatorl (2) Apparently, a semiconductor
two-photon laser could be used as a h3gh-speed switch. Orig. art. has: 9 formulan.
SUB CODE; 20 / SUBH DATE: 16Jur.65 / ORIG REF: 002 OTH REFs 002
Card

USMSKIYO A. YE
*Pzwctio= ror Organic Chemistry" (Praktikim Po Organichouoy DWI), N. D. FUanish~-
nikov,, edited by A,, Ye. Uspenskly, Gookhimlzdat, Mosecrw/Leangradp 1949,, 248 pages#
8 rubles 10 xopexa.
SO: UIDgM MAW9 Vol 18v #6,, 1949; Vol 19, A, 1950 (W-10083)

FRUNISHNIKOV, Nikolay Dmitriyovich; ISFUSKIT A To 1 professor, redaktor;
* 11
SIMWTINA, Te.V., radaktor; sHrAL,--Talft-..,'~^""nicheakiy,rodaktor
[Practical work in organic chemistr7] Praktikm po organichookoi
k1timii. Izd. 4-oo. Pod red. A.Z.Umpeuskogo. Moskva. Gon. nauchno-
tokhn, Isd-vo kbim. lit-ry, 1956. 244 p. (HIBA 9:7)
(Ohomistry, Orgaaio)

USPEITSIXITY, A.Yo.
Ef.-ect of a.,.d
in the Yst,,m of' t-e trif--;c-,mlr42 nen(e. Farri.-L 7(;;:S. ~i;
CAI A S)
L. A.Le ra iarm-Kologii (zav. - ~,,rof.
m.,ditsinskogru instituta. -T..en4 'I.M.'echenova.

USPNNSKIT, Alek.sandr Yavgonlyovich
(Lymphogranulomatosial Linfogranulematos. Koakva. Kedgiz.
1958. 149 13. (KhU 13:7)
(HODGKIMIS DISEA )

USPBNSKIY, I&Tec",r
qf '
1-9. --
Io=phogrannlomp too is, Med.sestra 17 n0-11112-19 1058 1-1:11)
(HODGKIN'S DISEASE)

V-~,--Mviy B
4:-~
Work reporti Machine operatorn of Vic Vl6acosr region cn Pavlodar
state farms. Prof.-tekh, obr. 19 nc.1:20 Ja 161. (,VLA 14:2)
(Bayan-Aul DistricU-Farni meecanization)

USPEIIISKIYP B.
Progressive school farm. Prof-tekh. obr. 18 no-4:7-9 Ap 161.
(M3RA 14:4)
(Latvia-Fam mechanization-Study and teaching)

IISPENSKIY B
Petroleum workers take over the shift. Prof.-tekh. obcr. 18
no.9:11-12 S 161. OUM 14: 11)
(Neftegorok--Petroleum workers-Education and training)

'z-r,nt.- 'igbterv. I .-)f , ~nkh. o! -- t V 1 0. '') - U ' j -
(MU 14 -- 11)
I
.. . 1 (1, .1 1
; , . )
a

.--,
A.Gltalovla progressive methods are at the basis of training.
h-of.-tekh.obr. 19 no-3:5-6 Mr 162. O%EIRA 15:4)
(Farm mechanization-Study and teaching)
(Gitalov., Aleksandr Vasillevich)

USPENSKIY, B.
Future workers of "Pravda," Pro'L.-tekh. #$r. 19 no.5:22-24
My 162. (MIRA 15:5)
(Printing, Practical-Study and teaching)

BOGARLDAY N.; USPENSKIY, B.
()n a large school farm. Prof.-tekh. obr. 19 no.9 16-18 S 162.
(MIM 15 -..IV,
(Agriculture-Study and teaching)

USPENSKIYP B.
Mechanized teams at work. Prof.-tekhn.~br. 19 no.Us7 N 162.
1 , (MIRA 16t2)
(North Kazakhstan yrovince-Fam mechanization-Ztudy and
teaching)

USPEWSKIY, B.
Compulsory education in farm mechanization. Prof.-tekh.
obr. 19 no.12:8-9 D 162* (MIRA 16:2)
(Chita Province-Farm mechani,,,,ation--Study and teaching)

5 - - -- - -
USPENSKIY. B.
HarvOst time. Prof,-takho obr. 20 no.lz2l-22 ja 163. (MllhA 16:2)
(Hoacov Provinceo-Fam machaniAtion-Study and teaching)

USPENSKIYO B.
Careful,, Yqslkovl Prof.-tekh. obr. 20 no.4:24-25 Ap 163.
(KMA 16:5)
1. Spetaiallnyy korrespondent zhurnala "Profeasionaliko-tokhnichookoye
obrasovaniye". (Teachers)

u,SPEIISKlyt B.
For the rational organization of lessons. Prof.-tekh. obr. 20
no.7s2l, J1 163, (MIRA 16tlO)
I
I

USPENSKIY, B,
His trace in life. Prof.-tokh.obr, 22 no.4122-23 Ap 165, (MIP-k 18:5)

USMISKIY, B.
School reborn from the ruins. Prof.-tokh.obr. 22 n.-.5:18-19 My
165. (MIRA 18:5)

USPENSKIY, B.
They continue the work of Pasha Angelina. Prof.-tekh. obr.
22 no.7s14-16 JI 165. (IffRA 18;8)

USPENSKIY, B.
Glorious deeds of young grain groverts. Prof.-tekh. obr. 22
no.10:36 0 165. (MIRA 18t10)

USPENsm; B.
Always on the front line. Profe-takh. obr. 22 no.9t19-21 8 165
(MIRA 180;

a Ole 6: I's. It 1141 0 0 0 0 * 0 0 0 0 0 0 0 0 0 6
04 0 ; - ;
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00 r: to T No. 3 419"); (1,t-001I)PS it'. S -00
S. R.) 107, Nis. H is, IM-2144; Akin,. Re-flat 1har.
00 Nw )s P. 4411149). Invt4tigati"t All dtpoits it, the
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vkw of 7ov-ritskil (C. A. 13, :17-1n, ) IhAt the MaIML4,
Go a-imilating the 1inVrI;tmv% and aplirruchinX in w-t- Palls
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diurite mag"3A tvmnpn.. M-atet
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ht~ granite magnut Intio dPotitro rimAl IWA have taktil A.00
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USMN=, - B., A.
Tatar Republic - Rocks,, Igneous
Paleozoic volcanic occurence in the Kazan region. Dokl. AN SSR 85 no. 2, 1952.
9. Monthly List of Russian Accessions, Library of Congress, November -195C Unclassified.

USPRNSKIY. B.A. (Kazan')
Petrography of crystalline bedrock in the Second Baku territory.
Uch.zap.Kaz.un. 115 no.10:81-82 155. (HLRA 10:5)
(Second Baku--Rocks, Crystalline and metamorphic)

USPINSKY, K D.
I
V. D. Uspensky wrote the eighth cha-0ter-of tho book, TECHNIQUI OF SYNOPTICAI ANALTSIS
AND FORECAST, (Tekhnika sinopticheakogo small-ir i propMoza) by V. A. Bugaev.
110 11
SO: A. I. D. Library of Congress (Call No. (ZC878.B8)

USFMKIY, V.D.; IVANOV, S., redaktor; 2HMVLST, A., tekhnicheskiy
[The master of motorlens flight] Master besmotornogo poleta.
Moskva, Izd-vo Dosaaf, 1954. 29 p. [Microfilm] (MLU 7:12)
(Gliders (Asrotututios))

ro1A-.-I-J ol" t-1 1, o!'
`:eteorol. .1 Lildrolo.,lya, 2', 1 ~J-L, 1
The :riost lmport-,mt D~;Ilirv 31'
t C;
dh:ve- ayd o! -ecc)L,--
In,-~ i t c, c iIi)
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PHASE I BOOK EXPLOITATION 421
Leningrad. TsentralInyy Institut prognozov
Voprosy sinopticheskoy meteorologii (Problems in Synoptical
Meteorology) Moscow, Gidrometeoizdat Moskovskoye otdelniye,
1957. 129 p . (Its: Trudy, vyp. 61~ 1,300 copies printed.
Ed. (title page): Uspenskiy, B.D.; Ed. (inside book): Sadovskiy,
V-N.; Tech. Ed.: Zarkh,
PURPOSE: The collection of articles is intended for specialists
working in the field of weather forecasting.
COVERAGE: The collection discusses the relationship between
atmo8pheric pressure and weather forecasting.
,rABLE OF
CONTENTS:
Vetlov, I.P. Analysis of Conditions of the Development of Cyclones
and Anticyclones Near the Earth's Surface 3
The article examines a series of problems which might possibly
offer some exp3anation as to the evolution of cyclones and
Card 1/7

Problems In Synoptical Meteorology 421
and anticyclones; these problems are still unsolved, despite the
abundance of theoretcial and empirical data. One of these problems
is the effect of thermobaric field structures on the origin of the
cyclone and anticyclone, and also on the process of cooling and
warming air by advection. The author analyzes the results of 110
observed cyclones and 82 anticyclones and discusses: (1) The
geostrophic wind velocity along the isobaric levels of 700, 500,
and 300 millibars and the horizontal temperature gradients at
the 500 millibar level in the area of cyclones and anticyclones
over theycentral, cold, and warm sections; (2) the advection
of vortices at 700,500,and 300 mb isobaric levels and advective
changes of temperature in the 500-1000 mb layers over the central
section of cyclones and anticyclones; (3) the changes in the
turbulent air movement and their dependence on elevation in the
near-surface layer of the cyclonic area; (4) the changes in the
mean temperature at 500-1000, 300-500, and 200-300 mb levels in
the process of development of cyclones and anticyclones; andfiW.-
ly (5) the changes in baric pressures observed during a 12-hour
interval. All the points casidered may facilitate forecasting.
Card 2/7

Problems in Synoptical Meteorology 421
There are 15 tables, 3 drawings, and 8 Soviet references.
Tomashevich, L.M. Cyclone Regeneration and the Effects of
Vertical Currents on Thermobaric Field 56
The author analyzes the process and the effect of the
penetration of air masoes,mostly of cold air, into a
cyclone area; such an injection (intrusion) represents a
new source of energy capable of reviving a dying cyclone.
The regeneration of a cyclone is linked wIth the deepening
of the cyclone area; new fronts are created, the upward
movement is intensified, the former direction of the cyclone
movement is changed, and the precipitation is increased.
Since a regenerated cyclone causes considerable shift in
the prevailing weather conditions, these conditions can be
predicted from some of the symptoms of the regeneration occurring.
The author explains the nature of the regenerated cyclone and
describes the principal changes which occur &tXTOO (absolute
topography at 700 millibar level). The explanation is theoretical
Card 3/7

Problems in Synoptical Meteorology 421
and is based on the selected coefficients of vorticity; in this
connection, reference is made to V.A. Bugayev who worked out a
mathematical solution of the problem of vorticity. Statistical
data are derived from observations conducted between 1947 alid 1951.
Two pages of the author's own conclusions contain data on the
distribution of velocities for primary and regenerated cyclones in
various stages of their development and on the accompanying
temperature behavior. The essential indications for the regeneration
of a cyclone are given. There are 11 drawings, 5 tables, and 8
Soviet references.
Leonov, N.G. Cyclone Displacements Due to the Structure of
the Baric Field in the Atmosphere 82
The author examines the rule of the leading jet in predicting
the possible direction of a cyclone. This rule implies that
cyclones move at 700-500 millibar levels with the direction
of the wind above the cyclone area. However, since information
on such windn is difficult to obtain, the author discusses and
evaluates the possibility of using the date on the geoBtrophic
Card 4/7

Problems in Synoptical Meteorology 421
wind present over cyclonic areas. The author arrives at the
conclusion that displacements of cyclones are affected by
factors other than the winds alone. There are 29 tables,
3 figures, and no references.
Shishkova, I.A. Methods of Calculating Local Accelerations
The author reviews the problem of deviation of local winds
from the geostrophic wind and offers an empirical rule for
determining the direction of any such deviation through an
analysis of local accelerations. Of particular importance
in such cases is wh6ther or not the wind in question deviates
toward a low pressure or a high pressure area and at what
velocity it moves. The mathematical solution, suggested by
the author, results in 76-78 percent correct predicitions as
to the direction of the wind. The author concludes that no
connection exists between variations in the velocity of the
wind and the direction it takes. An increase (or decrease) in
wind intensity within 12 hours can occur with deviations toward
either the high or low pressure areas. There are 2 figures and
3 Soviet references.
Card 5/7

Problems in Synoptical Meteorology 421
Glazova, O.F. Determination of Maximum Daily Air Temperature
by Vertical Sounding of the Atmosphere 120
The author recapitulates the standard method of evaluting
the radiation belance for the interval of time between sunrise
and the moment of maximum daily temperature, including the
determination of the latter. Reference is made to the efforts
of N.I. Bellskiy and Ye. Golld which were d1rected to this
end. The American meteorologist T. Williams is also mentioned
in this connection, but his technique is rejected as not
applicable to conditions in the European USSR. Bel'skiy's
version is accepted by the author and explained in detail.
Elaborating on Bellskiy's method, the author of the article
considers the following meteorological factors essential for
the determination of maximum temperature: the flow of solar
radiation, the dynamic turbulence, and the horizontal displacement of the
air caused by -the temperature gradient. The mathematical
method reduces to defining the value of what is called by the
author "an elementary square," a quadrangle enclosed between
isobars with a 10 mb spread and isotherms 10 apart. This area
Card 6/7

Problems in Synoptical Meteorology
421
corresponds to the amount of heat (2.45 calories) required
to raise the temperature of an air column 10 C, the column
having a cross section of 1 cm2 and a height corresponding to
a pressure difference of 10 mb. The weight of the air column
is 10.2 grams and its specific heat 0.24. The article examines
also the role of dynamic turbulence in changing the air temperature
in the near-surface layer (i.e. 300-400 meters), when there is
no advection. There are 3 tables, 3 figures, and 6 references,
of which 4 are Soviet and 2 English.
AVAILABLE: Library of Congress
NmAsv
6-23-58
Card 7/7

SOV/124-58-11-12794
Translation from: Referativnyy zhurnal, Mekhanika, 1958, Nr 11, p 126 (USSR)
AUTHOR: Uspens
T IT LE: On the Use of Wind Observations in the Analysis of the Dynamics
and Kinematics o-f Atmospheric Processes (K voprosu ob ispoll-
zovanii nablyudenly nad vetrom pri analize dinamiki i kinematiki
atrriosfernykh protsessov)
PERIODICAL: Tr. Tsentr. in-ta prognozov, 1957, Nr 60, pp 44-50
ABSTRACT: The vorticity equation, currently widely used in weather predic-
tion, contains a term that contains the plane wind-velocit,, diver-
gence. The author designates the contribution of that component
term upon the pressure tendency as the "divergence contribution".
The following method is proposed for the calculation of the diver-
gence contribution. Using the equation of continuity the author
represents the vertical velocity w as an integral of the plane
velocity divergence. The expression for w is written for the
700-mb and 850-mb levels; here the integrals are approximated
by of trapezoids (Simpson's rule; Transl. Ed. Note).
Card 1/2 The expressions obtained for w are substituted in the equation

SOV/124-58-11-12794
On the Use of Wind Observations in the Analysis of the Dynamics (cont. )
of the adiaba'tic proc.ess which is also written for the 700-mb and 850-mb levels.
It is assumed that the values of the plane velocity divergence at the 1, 000-mb
and 850-mb levels are equal and that the temperature changes at the 850-mb
level are equal to the temperature changes at the 700-mb level. As a result
the divergence contribution consists of a linear combination of the temperature
advection at the 700-mb and 850-mb levels. The fact that the desired quantity
is found as the small difference of two large numbers is a shortcoming of this
formula.
S. A- Mashkovich
Card Z/2

6/5 1106/VS
3(7) PHASE I BOOK EXPLOITATION SOV/2114
Toentrallnyy institut prognozov
Voprosy sinopticheakoy I dinamicheskoy meteorologii (Problems of Sy-
noptic and Dynamic Meteorology) Moscow, Gidrometeolzdat (Otd-niye),
1958. 110 p. (Series: Its: Trfidy, vyp. 77). 1,100 copies
printed.
Sponsoring Agency: USSR. Glavnoye upravleniye gidrometeorologiche-
skoy sluzhby.
Ed. (Title page)t A.I. Burtsev; Ed. (Inside book)t V.I. Tarkhunova;
Tech. Ed.t T.Ye. Zemtsova.
PURPOSEz This Issue of the Institute's Transactions 13 intended for
synoptic and dynamic meteorologists.
COVERAGEt This collection of articles deab with various aspects of
atmospheric circulation. Individual papers discuss convection In
warm fronts, visibility during snowstorms, the relationship be-
Card 1/3

Problems of Synoptic and Dynamic Meteorology SOV/2114
tween fronts and jet streams, questions of pressure change, and
vertical motions in the atmosphere. References accompany each
article.
TABLE OF CONTENTSt
--X~kenskiy, B.D. Conversion of the Vortex Velocity Equation Into a
Form--?fRV-Mr1-d-Facilitate the Analyses of Changes Occuring in the
Fields of Aboolute Topography 3
Pogoeyan, Kh.P., and M.V. Shabellnikova. Jet Streams and Fronts 8
Bachurina, A.A. Analysis of Horizontal Visibility Near the Evarth's
Surface During a Snowstorm 15
Lebedeva, N.V. Forced Convection on a Warm Front 42
Lebedeva, N.V. Thermal Convection 64
I�urtsev, A.I. A Method for Computing Vertical Air Velocity by
Taking Into Account-the Variations of the Vertical Temperature
Card 2/3

Problems of Synoptic and Dynamic Meteorology SOV/2114
Gradient With Altitude
82
Turketti, Z.L., and V.I. Zhilltsova. Results Obtained prom Testing
the Computation Method for Precipitations During the C61d Half of
the Year in the Operations of the Central Institute of ForecastinglO3
AVAILABLE: Library of Congress
MM/bg
Card 3/3 8-13-59

AUTHOR: Uspenskiy, B.D. 50-58-3-3/?2-
TITLE: A Method for the Deteimination of Local Acceleration in
QLanging Geopotential Heights of Isobaric Surfaces (Yetod
opredeleniya lokallnogo uskoreniya v izmeneniyakh
geopotentsisllnykh vysot izobaricheskikh poverkhnostey)
PMODICAL: Meteorologiya i Gidro3ogiya, 1958, Nr 3, pp, 21-27 (USSR)
ABSTRACT: In refs. 3 and 4 a theory was suggested acoording to which the
most important factor in determining the variation of the field
of the absolute geopotential and of the earth-near pressure is
the divergence factor. It can be detemined on the strength of
observations "concerning wind" or from data concerning the
horizontal advection of temperature in the low stratosphere.
Hitherto thin theory has given satisfactory results both in
diagnosis and in forecast. Moreover, it is also known that the
determination of the divergent part (share), above all from
data "concerning wind", frequently beemes very problematic.
A new mathematical way is shown by means of which the problem
Card 1/2 mentioned in the title can be solved without any lengthy

~iw
"i;~gw
A Method for the Determination of Local Acceleration 50-58-3-3/22
in Changing Geopotential Heights of Isobaric Surfaces
'aw
computations. For the calculation of TE , it is true, some
boundary conditions are assumed, but they do not exercise any
influence in principle, above all not on physical interpretation.
For cyclones as well as for antioyclones the formulae are de-
-ived, and the conclusion may be drawn from tabular data that
in prooesse3 of the propagation and damping of high cyclones and
anticyclones a special part is played not only by their velocity
but also by their acceleration. There are I figure, I table, and
5 references, 5 of which ar~iSoviet.
at ion 2. Cyclones--Velocity 3. Weather
forecasting 4. Mathematics
Card 2/2

-USPEZISKIY, B.D.
, - -.1 -11- ,.. . -
Transforming the velocity vortex equation
equation convenient for analyzing chaiWes
absolute topography. Trudy TSIP no.77!3-7
into a type of
In the fields of
158 iMIRA 1?:5)
Ofinds)

3 (7)
AUTHOR: Uspenskiy, B. D. BOY150-59-6-1119
TITLE: Method of Determining the Evolution of Altitudes of Isobaric
Surfaces (Metod opredeleniya evolyutaii vysot izobaricheskikh
poverkhnoatey)
PERIODICAL: Meteorologiya i gidrologiya, 1959, Hr 8$ PP 3 - 7 (USSR)
ABSTRACT: In the previous paper (Ref 4)t the author investigated the ap-
proximate dete:mination of the evolution of bario centers by
formula (1). A method of approximate forecost of the evolution
of altitudes of isobaric surfaces is pointed out here; it
,slightly generalizes the results put forward in short in the
paper (Ref 4). The method put forward in the paper (Ref 4) for
forecasting the displacement of altitudes of isobaric surfaces
is here maintained unchanged in spite of shortcomings, since
the analysis of conditions in the evolution of AT-fields is in
no direct connection with this method. The formulas (6), (11)
and (12) are obtained. It is most convenient in practice to
use these formulas for determining the baric centers and saddle
since the calculation result can characterize the evolution of
each baric system in one point. The experience in the use of
Card 1/3 these formulas shows that the divergences of wind and wind ed-

Method of Determining the Evolution of Altitudes of SOY/50-59-8-1/19
Isobaric Surfaces
dies contained in these formulas can be best calculated by use
of a polar coordinate system according to the observation data.
The wind vector is decomposed into its normal- and tangential
components. In this case, all wind observations in the range
of the baric center or saddle on a surface with the radius of
750 - 1000 km can be used. In a large number of observations,
this increases the accuracy in the determination of the diver-
gence of the wind and of the wind eddy. The conversion of the
formulas for these two into the corresponding polar coordinate
system was put forward in the paper (Ref 4). By use of the re-
lations obtained there, the formulas (6) and (11) are converted
to (13) and (14). The second term of formula 04) is then con-
verted to formula (16) on the basis of formula (15). The first
summand of the second term of formula (16) always yields the
positive contribution to the change in intensity of the baric
centers. The second summand yields, to the change in intensity
of the baric centers, a contribution opposite in sign to the
contribution of the first summand. In the case of sinking cy-
clones and weakening anticyclones, its r6le becomes very im-
Card 2/3 portant with high baric centers. Formula (16) is distinguished

Method of Determining the Evolution of Altitudes of SOY/50-59-8-1/19
Isobaric Surfaces
from the formula mentioned in the paper (Hof 4) by the second
summand which is convenient for practical caloulations. To
clarify the une of an introduction of the second term into
formula (16), a number of forecasts of the evolution sign of
the baric altitude centers were carried out on the level of
850 and 700 mb* The method of calculation described in the pa-
pers (Refs 3,4) was maintained. The working formulas had the
form of the formulas (17), (18) and (19). The preliminary data
obtained show that the forecast of the evolution sign is some-
what better realized according to formulas (12), (17), (18) and
(19) than that according to the formulas of the paper (Ref 4).
There are 5 Soviot references.
Card 3/3

-- - -- --- -- UVENSKIY, B.D.
Yorecasting the evolution of cyclones and anticyclone 11 *Trudy TSIP
no.106:102-114 16o. (MIRA 13:12)
(cyclones)

S/050/61/000/001/002/007
B012/BO58
AUTHORs U ens D.
wam~
TITLEt Forecast of the Evolution of Ground Cyclones and AntioycLbnes
PERIODICALt Meteorologiya i gidrologiya, 1961, No. 1, pp. 10-15
TEXTt The forecast of the evolution of barometric ground centers is
studied: in this paper. The method applied follows from the general solu-
tion of the problem of forecasting individual changes of geopotential and
ground pressure (Ref. 4). Moreover, the results of the application of such
a forecast are given. The calculations were made according to data from
12 syyl'optic situations during 1958. The quantities contained in the
formulas were determined by using the previously set up fields of these
quantities. The method for their setup was described by the author in the
paper (Ref. 4). Compared to Ref. 2 more general formulae are given here.
The,following formulas are written downs
dp0 -
dt m A8D8 - B8(1-5'50 ~ 0-5-ff8) (5)
Card 1/6

B n (PO - P-) (13)
4(1 + bn)
a 1P0 ; b = A InLa (9)
-T
0 To P,
Forecast of'the Evolution of Ground 3/050J61/006/001'/002/007;i
Cyclones and Anticyclones B012/BO58
A ris a- (7)
40 + bn)
dp0
dt A 7D7 B7 (0-35 + 0-5 D 8 + 0.2 7) (10)

Forecast of the Evoluti6n of Ground S/050J61/000/001/002/007
Cyclones and Antioyclones B012/BO58
d2 po
dtl As' (L-18 -Bg [(1,5 9*, + 0,5 (Q-,
Aq Me + Be [ 1,5 70. + 0.5 As];
A,'(-R, - -9,) - B,'10,35 (2-o - 9,) + 0,5
0
+ 0.2 (57 -79,)] - A, 2W7 + By 10,35 TW. + 0,5 Rg + 0,2 971, (12)
1 is the Coriolis parameter, r 1 the radius of the surface for which the mean
vdlue'of horizontal divergence D at the isobaric surface p is found. T is
the-air temperature (in OK), Po the ground pressure. The values topped by a
dash are mean values. 'n - g where " denotes averaging over the
pressure. R is the gas constant. The indices 8 and 7 point to the isobaric
Card 3/6

Forecast of the Evolution of Ground S/05 61/000/001/002/007
Cyclones and Antioyclones B012YD058
surface of 850 and 700 mbt respectively. When deriving (10), it was
considered that iA the atmospheric ground layer the divergence amounts to
about treble D.. V is the vertical component of true vortioity.
A1= PrIta (13)
4(1 + b;)
B' =n(po-p)b1 (14)
4(1 +b n)
+ 2 FX 57y +1
uy)
OH +j!H
(16).
Y"
In apite of their simple setup, formulas (5), (10), (11), and (12) may be
used for calculations only provided a number of conditions is observed, that
4/6

Forecast of the Evolution of Ground S/050/61/000/001/002/007
Cyclones and Anticyclones B012/BO58
is, only for the forecast of the evolution of special points of the baric
field. The calculation results depend in each individual case on the
selection of the r 1value. This value can be determined from the ground
pressure field. The daily pressure variation in the baric ground center can
be found from the following formula, after calculating the first and
second derivation from the initial data&
6p 0 =(dPo t + t'2 (17) t - 24 h, t1- 6 IL
dt t 0 2 dt 2 t 0
The forecasts of the evolution of 13 cyclones and 9 anticyclones were
calculated from formulas (5), (10), (11), (12), and (17) according to
data from 12 synoptic situations in 1958. The results show that taking
into consideration the acceleration for the qualitative forecast-of the
evolution of ground cyclones and ground anticyclones makes the occurrence
Card 5/6

Forecast of the Evolution of Ground S/050/61/000/001/002/007
Cyclones and Anticyclones B012/RO58
.1
of the forecast more probable. Thanks are expressed to G. M. Pronina
for her assistance. There are 2 tables and 5 Soviet references.
Card 6/6

PRONINAR G.M.; WYISKIYV. B.D.
Graphical method of forecasting the absolute geopotential field.
Meteor.i gidrol. no*12:31-34 N 161. OATRA 14:10)
(Numerical weather forecasting)

USPENSKIY, B.D.
Graphic forecasting method of surface pressure. Meteor.
gidrol. no.12:27-30 D 163. (MIRA 17:3)
1. TSentrallnyy institut prognozov.

USPENSKIY, B.D.,,doktor fLze-mat. nauk, prof.j -BELOUBOV, S,L.,o k=d-
fiz.-mat. nauk; PYATYGIIIA, K.V.; YUDIN, V.I.; I.MTSALOV,
A.11., kand. fiz.-mat. nauk; DAVYDOVA, O.A.; OF.,'ANSKA4i-~
A.P.; PETRICEPRO, I.A.; N.ORSK(lt, G.I.; T011ASHEVICHP L.V.;
SAMOYLOV, A.I.; ORLOVA, Ye.I.; DZHORDZHIO, V.A.; PETRENKO,
N.V.; DUBOVYY, A.S.; ROMOV, A.I.; PEMOSYANTS, 11,11.A.; GIAZOV04,
4JR04ATYAYEVA, T.F.; BELISWIA, N.N.; CHISTYAKOV, A.D.;
GANDIN,.L.S.; BURTSEV, A.I.; 14ERTSALOV, AX.; iiAGROVYY, L.A.;
BELOV, P.N.; ZVNWb.,&Bj.-rets9nzent; SIDENNO, G.,V.pO"'4-
red.; DUBENTSOV, V.R., kand. riz.-mat. naux, nauchn. reu.;
SAGATOVSKIY, N.,V., red.; BUGATEV,'V.A., doktor geogr. nauk,
prof., red.; ROGOVSKAYA, Ye.G., red.
.1
I'anual on short-range weather forecasts] Rukovodstvo po
(
kratkosrochnym prognozam pogody. Leningrad, Gidrometeoizdat.
Pt.l. Izd.2., perer. i dop. 1964. 519 P. (141RA 18:1)
1. Moscow. TSentrallrjyy institut prob-nozov.

IISPEVSKIY, B.D., dcmt,-)r n.1luk, Prof.
Cperational mmerical fcrecasting of ccnt4-,-7i--u3 prec-'Titasicn-
Meteor. i gidrol. rio.2:3-12 F 165.
(',.IIRA 18:3)
1. TSentraltnyy institut prognozov.

TURKETTI, Z.L.j USPENSKIY, B.D.
International symposium cn the dynamics of large-c-,nale
atmoBpheric proceBBss. Izv. All SSSR. Fiz. atm. i okeana
1 no,110222-1226 N 165a
(MIRA 18-,3~2)

(AS
S!56016110001009 1001b/00~
AUTHORS: Antonov, S. M., K. S. Bogomolov, N. I. Kirillov, N. S.
Ovechkis, and'.B. 1. Uspenskiy
...........
TITLE: Photograpbic processes applied in the first photography of
the far side of the moon
SSR. Iskusstvennyye sputniki Zemli, no. 9,
PERIODICAL. Akademiya nauk.3
1961, 20-29
-.TEXT: Both ground and onboard photographic processes were used to obtain
the first images of the far side of the moon. The main task lay in bringing out
to the maximum degree the details of the objects surveyed. The numerical
value of the contrast coefficient of the onboard negative was close to 1; for the
ground negative it was of the order of 0.7. The dosage of relativistic particles
/CM2
on the flight to the moon was of the order of 10 7 particles . Theoretical
computations and experiments show that the density of film darkening caused
Card 1/3

Photographic processes applied... S/560/61/000/009/00lb/009
by the particles was 0 .04 to 0 .06; the film fogging was 0.1.3 to 0.14. The basic
-d photographic process were simplicity, stability,
requirements for the onboai
full automation, and reliability. Small-grain, heat-resistant film of average
sensitivity and high resolving power, based on silver halide photoemulsions, was
most suitable. A single-di;3h developing process, in which the film is developed
sary sensitomet-
and fixed simultaneously, was chosen. To preserve the neces.
ric indices, a viscous developing-fixing solution was used. The developing
component was a new, energetic substance with hicrh superadditive properties,
while the fixing component possessed high buffering quality and a high content of
fixing substance. A graphic presentation of-the sensitometric characteristics of
the single-dish process indicates that temperature oscillations from 30 to 50*
have little effect on the characteristics of the curves. Thermostatic tests of
the solution showed good conse.-vation at t = 20-40* for 15 days, i. e. , 2.5 times,
the duration of the flight. Further processing of the film consisted in a short
water wash and drying on a hot drum. All necessary sensitometric, physico-
chemical, and mechanical tests were made on a special model of the equipment
Card 2/3

Photographic processes applied-
-station process consisted in the recording of
for film processing. The ground
the image, in the form of radio signals sent from the station, on photographic
film and subjecting the film to chemical processing. Low-concentrating, slow-
ing-operating leveling developers were specially made. The development of
test negatives made it possible to establish processing regimes. Sets of posi-
tives and double negatives, obtained from each frame, served as initial ma-
terial in investiggating the first images of the far side. Samples of the prints
obtained are given.
Card 3/3

_5328- A(c) LJP(c) JD HW
k 6~ EW M141
ACC.NR.- AP5025755 SOURCL CODES UR/0266/65/000/016/0126/dl2O
AUTHORS: Lotsmanov, S N.; Krivun, 0. N.; Chekunov, 1. F.; Uspenskiyp 2.
Oavalld, F., V Bordo-;Wk_i~h._N. St
ORGs none
,TITLE.- Silverless solder for solderi copper a d its alloys. Class 49, No. 1AM
SOURCE: BpLIleten' izobreteniy i tovarnykh znakov, no. 18, 1965, 1.20
TOPIC TAGS:I.solder, copper, copper alloyj tin, nickel, cobalts manganese
ABSTRACT: This Author Certificate presents a silverless solder for soldering copper-
and its alloys. The solder contains tin, phosphorus, and copper. To improve
the density ajA strength of the soldered joint and to lower the soldering temper-
,ature,,p~ikelftfp cobalt (up to 1%) and manganese (up to 0.5%) are added to the
while the remaining components are taken in the following proportionst
~tin- 10-15%, phosphorus- 4-5%, copper- remainder.
-SUB CODES Us bW SUBM DATES 24Dec62/ ORIG. R&Fs 000/ OTH *Yt '000

USPIEVSKIY, B. F.
i"" 26/1:9-140
Use/Engineering Jun 48
Excavating Machinery
"Excavators for Digging and Cleaning Irrigation
Ditches," B. F, Uspensiciy, B. N. Nedokuchayer,
Engineers, 3 PP
"14okh Stroi" No 6
last year the "Kxasnyy Ekskavator" Faotory, Kiev,
released type EM-501 excavator to.be used for
cleaning out irrigation ditches. Includes photo-
graph of the unit, several sketches showing possible
ueofj for excavator, and performance data and
dimensions,
FM 28L491'kO

.USTENSKIYp Doric Petrovich; Luunid Ivanovich,
retsenzent; TELEGE, Favel Androyevichy retsenzent;
KOVAIZVA, Z. G.., red.
[Shaped, welded steel parts; ordinates for pattern layout]
Svarnye stalInye fasonnye chnsti; ordinaty dlia raskroia
shablonov. KharIkov, Izd-vo Khartkovskogo univ., 1964.
102 p. (MIRA 17:9)

115SR/mectricity - Hydruelectric
Stations
janT2
'1111gh-Power flydroclectric Stations," Docent
G. 11.9pens%iy, "Gidroenergopreyekt"
"Rle~trichestvo" No 1, PP 3-15
rn Iriev of the wide interes+ in the tech prob-
'truction proj-
teas involved in the greW
icts ', the editorG of "Elc~tr,--.hpstvo" have
lecided to publish a series of %rticles designed
to give its readers a general Idea of the modern
~tigb-power hydroelec station, its tech construe-
'Aou, the r,,---dern laTge hydroelec generator,
20M
7-MR/Electricity Hydroelectric
Jan 52
Stations (Contd)
transmission n' This io-tbe
11 es, etf-,.
part of the lst article in this s*-riesp
ind to given to the hyftaulic part "the
nodern hydroelec station. Submitte4-24 Oct 51.
t;
nin
LA
9

USPENSM, B. S. Docent
USSRAIlectricity - Hydroelectric Stations Feb 52
'Tigh-Power Hydroelectric Stations," Docent B. S.
Uspenskiy, "Gidroenergopr4ekt"
"Blektrichestvo" No 2, PP 3-12
Continuation of an article published in
"Electrichestvoll No 1, 1952. First article dealt
mainly with hydraulic problems. Current article
deals with hydraulic turbine equipment and hydro-
elec generators, the elee system of hydroelec
stations, control problems, automatics and tele-
meclumics in hydroelec stations, and arrangement
of equipment.

USMSKIYO B.S., Docent
j,foscow - Volga Canal
140scow Canal. Elektrichestva No. 7, 1952.
~Tonthly List of Russian Accessions, Librar-,, of Congres~--,, November 1952. UINCLA3SIFIED.

1. UBPZNSKIY. R,�,, MYFITS, M.M. Bngs.
2. ussp (6oo)
4. Hydroelectric Power Stations
7. Layout of the electrical part of automatic hydroelectric power stitions. Gidr. strol.
No. 11 1952.
9. Monthl List of Russian Accessions, Library of Congress, April -1953, Uncl.

USPAMIT.,ka... inzhener; VOWIN, B.A., inshener; KOMOVA, V.L. inzhener.
Hydraulic cleaning of the space in front of trash rakes of havdroolectric
power plants. Gidr.stroi. 22 no-8:37-3B Ag 153. (MU 6:8)
(Hydroelectric power stations)

AID P 1277
Subject USSR/Electricity
Card 1/2 Pub. 27 1/30
Author : Uspenskiy, B. S., Dotsent
Title : Kama Hyproelectric Power Station
Periodical : Elektrichestvo, 1, 1-7o A 1955
Abstract : The author gives a detailed description of this hydro-
electric power development, the first on the Dma River.
The reservoir will cover an area of 200,000 ha. The
maximum head will-be more than 21 m. The power station
will be of the so-called "combined" type, in which the
powerhouse is built into the body of the spillway dami
The'turbineB and generators will be automatically con-
trolled. The turbines are of PL-510 type rated for a
normal head of 14 m. The weight of the turbine is 300
tons. The 10.5 kv generators are of umbrella type. The
weight of the rotor is 137 tons, while the totAkl weight
of the generator--is 265 tons. A total of 24 generatorap
divided Into 4 groups, will be connected with 4 trans-

Elektrichestvo, 1, 1-7, Ja 1955
Card 2/2 Pub. 27 - 1/30 -
AID P - 1277
former banks (two groups for 220 kv, and two for 110 kv).
The total volume of the earth dame will be about 13 mil-
lion cu m. The spillway dam and the powerhouse will be
built of 700,000 cu m of concrete. There will be a
double navigation look, with about 300,000 ou m of con-
crete. A connection diagram and a cross-section of the
outdoor substation are given.
Institution State Trust for the Planning of Hydroelectric Power
Plants and Developments (GIDROENERGOPROYEKT)
Submitted 0 30, 1954

A ID P 2915
Subject USSR/Electricity
Card 1/2 Pub. 26 - 12/32
Authors Motovilov, V. V., Kand. Tech. Sci., Kuybyshev Industrial
Institute im. Kuybyshev; B. S. Usgenskiy, Kand. Tech.
Sci, Moscow Power Institute im. FIMMOV; M. Yu. Rozenfayn)
Eng., Ukrainian State Institute for Planning of Mining;
V. 1. Chemyshevich, Eng., Dnepr Power System; S. A.
Kudryashov, Eng., Kuybyshev "Elertroproyekt"; L. Ys.
Rozenshteyn, Eng., itPromenergoproyekt"; and L. L.
Perellman, Eng., Kiev Construction in the Case Industry
Title : Discussions; On the arrangement of electrical equipment
in the main building of small and medium-size electric
power plants
Periodical : Elek.sta, 7, W-44, Jl 1955
Abstract : The layout and arrangement of equipment at power plants
are discussed in a series of articles by the authors
listed above. The question of an efficient distribution
with possible savings in material of electrical equipment

Elek,sta., 7, 40-44, J1 1955
Card 2/2 Pub. 26 - 12/32
AID P - 2915
is considered In detail. A reduction in the powerhouse
volume is recommended. However, more research should
be done before a standard design for layouts can be
accepted. The problem of changing solenoid mechanisms
over to springs needs more study. Three diagrams.
Institution : None
Submitted : No date

UGCRITS, I.I.; GLAZUNOT, A.A.; SYRMATNIKOV, I.A,; KASHMIN, I.S.; POSTNIXDV,
N.A.; RADTSIG, V.A.; MIYAROV, S.A.; QRUDINSKIY, P.G.; VASILIYXV, A.A.;
KUVSKINSKIY, M.N.; BAPTIDANOV, L.N.; TARMV, V.I.; KRIXUNCHIK, A.B.;
SHAP1116, A.B.; BIBIKOV. V.V.; DVOSHIN, L.I.; KLINGOF, I.D.; KAMV,
M.M.; 114PENSKIT, BIS. CHALIDZF,, I.M.; BLOCH, Ya.A.; SHMOTKIN, I.S.
Issif IAkavlovich Gumin; obituary. Elek.ata.26 no-12:58 D 155.
(Gumin, Iosif IAkovlevich, 1890-1955) (MIRA 9:4)

x
VINTIR, A.Y.g KIMSOV, A.M.; SYROMYATNIKOV, I.A.; VOZNNSBMKIT, A.N.;
YASILINKO, ?.I.; IAUPKkff, P.P.; TAME, I.A.; VIXOGRADOV, H.P.;
ANTONIN, N.N.; ALIXSANDROV, B.K.; USPINSKII- 'R-I-; KIASSON, I.R.;
KHBYFITS, M.Isj DWdTBKIT, V.Y.; XRIMWSKIT, N.N.; POPOV, P.A.;
GHBLIDZI, I.M.; YIIARITOV, S.N.; KOZLOV. M.D.; BIRLIN, V-Ta.;
SARADZHCV. A.J(h.; GORDZIYBVICH, I.S.; PAX, V.P.; DORYMAH. S.M.;
DUBIMIY, L.A.; ULfTANOV, S.A.; GRUDINSKIT, P.G.; WVSHINSKIT, U.N.;
MOLIINKO' Y.M.
Mikhail Mikhailorich Irarpoy. Alek.sta. 27 no.10:62 0 156. (XLRA 9:12)
(Irar-pov, Mikhail Mikhailovich, d-1956)

PHASE I BOOK EXPLOITATION 284
Soveshchaniye elektrikov po voprosuproyektirovanlya elektricheskoy
chasti gidrostantsiy, Moscow, 1956
Novoye v proyektirovanii elektricheskoy chasti gidroelektrostantsiy
Materialy soveshchaniya po proyektiroveniyu i ekspluatatsii)
Mw Developments in the Design of Electric Equipment fpr Hydro-
electric Power Plants (Data of the Conference on Design and
Operation)) Moscow-Leningrad, Gosenergoizdat, 1957, 222 p.
4,500 copies printed.
Sponsoring agencies (of Conference): Vsesoyuznyy trest po
proyektirovanlyu g1droelektrostant8iy i gidroelektrouzlov;
Moskovskoye otdeleniye nauchno-tekhfticheskogo obschchestva
energopromyshlennosti, Moskovskiy energetlcheskiy institut.
Ed.: Demkov, Ye. D.; Tech. Ed.: Fridkin, A.M.; Ed. of the
Collection: Kheyfits, M.E., Engineer.
PURPOSE: These collected reports are addressed to engineers
engaged In the design, construction, operation and maintenance
of electric power plants, as well as to students at power
Card 1/9

New Developments in Design of Electric Equipment (cont.) 284
engineering and electrical engineering vuZes.
COVERAGE: A conference o:C electrical engineers engaged in the
design, construction, operation and maintenance of hydroelectric
power plants and electric power distribution systems was held in
Moscow from May 16th to May 24, 1956. The conference was
organized by Gidroenergoproyekt (All-Union Trust for the Design
and Planning of Hydroelectric Power Plants and Developments) in
collaboration with MONTOEF (Moscow Branch of the~*Scientific and
Technical Society of the Electrical Industry) and the Moskovskly
energeticheskiy insitut (Moscow Power Engineering Institute).
Several related design organizations, as well as the Ministries
of the Electrical Industry, of Electric Power Plants and of
Electric Power Plant Construction also participated. The reports
In this collection reflect the latest views on the design and
planning of the electrical equipment of hydroelectric stations
and on their requirements for equipment. Special attention is
given to problems of automation and remote control of stations
and systemB, These reports are concerned to a very great extent
'with the descriptiontand appraisal of considerable quantities of
Card 2/9

New DevelopmentBin Design of Electric Equipment (Cont.) 284
Soviet-produced electrical equipment. There is a list of Soviet
personalities and organizations which took part in the conference
(pp. 205-215)- In several of the repOrt5 reference is made to
Soviet power engineers who have made important contributions in
the field. There are 34 references, of which 27 are Soviet
(pp. 157, 169, 197 and 205), three English, two Italian, one
French and one Swedish (p. 196).
TABLE OF
CONTENTS:
Preface 3
Uspenskiy, B.S. Recent Trends in the Design of Electrical
-Equipment for Hydroelectric Power Plants in the USSR 5
Antoshin, Y.N. Some Special Featurez of the Electrical
Equipment of Foreign HydroelectricPower Plants 14
Venikov, V.A. Recent Trends in Stability Problems In
Long-Distance Electric Power Transmission 19
Card 3/9

New Developments in Design of Electric Equipment (Cont.) 284
Grudinsky, P.O. Fault Analysis In 110 to 220-)cv Power
Switchboards and Conclusions for Design Purposes 29
Lisovskiy, G.S. Main Electrical Connection Systems for
Hydroelectric Power Plants 35
Chumburidze, I.P. Main Electrical Connection Systems for
Hydroelectric Power,Plants and Substations 44
Karaulov, A.A. Alternating Current Requirements for
Auxiliary Power System of a Hydroelectric Power Plant 50
Nikolayahvill, M.S. Alternating Current Plant Auxiliary
Pnwpr Systems for Medium Capacity Hydroelectric Power Mants 58
Kheyfets, I.D. Standard Open-type Switching Structures for
35 to 220-kv Hydroelectric Power Plants 61
Zlobina, V.I. Electrical Equipment of Run-of-River Hydro-
electric Power Plant Structures of Standard Design 69
Card 4/9

New Developments in Design of Electric Equipment (Cont.) 284
Gogua, L.K. New Standard 35 and 110-kv Stepdown
Substations 77
Dvoskin, L.I. New Designs in 6 to 110-kv Enclosed-type
Switching Structures and in 35 to 400-kv Open-type
Switching Structures 91
Bykov, G.P. Observations on the Deeign of the
Electrical Equipment of the Kakhovka Hydroelectric Power
Plant 93
Oranskiy, I.N. The Electrical Equipment of Hydroelectric
Power Plants Built on Irrigation Canals 95
Shakhov, G.V. Experience in Operating the Electrical
Equipment of the Krasnopol-yanskaya Hydroelectric Power
Plant 1 102
Men'shikov, S.V. Experience in Operating the Electrical
Equipment of the Lenenergo System Hydroelectric Power
Plant 103
Card 5/9