SCIENTIFIC ABSTRACT PERTOT, M. - PERTSEV, I.M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001240120017-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 15, 2000
• Sequence Number: 17
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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base.: on in~ clinical
L' i v of .. l.-wo-foAd m,.-cnmi:.m of Lctik,i, 1,,,
lhtw funr.;itlo -ticLdari-,, of thr- wil a,,i I~he affectiv-

PERTOT, N.
Ship drives by nuclear reactors. II. p. 169.
EUTTCRTFENISKI VESTNIK. ELECTR(RF)CHNICAL REV`M4. Ljubliana, Yugoslavia.
Vol. 27, no. 5/6, 1959.
Monthly Idst of East European Accessions (EEAI) LC Vol. 9, no. 2, Feb. 1960.
Uncl.

FERTOT, Milan dipl. 1n7. (L'fi5b,k I
.9F- it &VOP
Divelopment and preseiit, atate of the nuclsar power stati-ni JI)
the U.S.A. Nova proizv 15 no.5:287-303 0 164.

9,C)c -,-
ju t3(1:)i , :G Z)--r t1-.' di).IYIE
IOL n -I
n,j 'Al ;j-. L1,) j j 10;) 11 E j -)'Al OJ uo,~(qu"C,

PERTOT, M.
Studying the causes of the accident to the SL-1 reactor at Idaho
Falls. Elektr vast 30 no.3A s98-99 162/163.

PERTOT, M.
Atomic or the usual heat and hydroelectric-power plants? p. 25.
NUIA PROIZVODNJA. (Uprava za napredek v proizvodniji) Ljubljana.
Vol. 7, no. 1, March 1956
SCURCE: East Europe Accessions Lists (EEAL),
Lil~rary of Congress, Vol, 5, no. 1-1, Nov. 1956

PERTur, Milan,, inz.
Development and present state of nuclear power stations. Nova
prcizir 1-1+ no-5/68359-368 0 163

PFM(T. V.
Some specific charccteristics of tLe finbncing of electric industries ix
Yugslovi.a. p. 238.
(Elektroprivreda, Vol. 10, No. 5/6. Mayl-juno, 1957. Beogrkd, Yugslovia)
SO: Nonthly Llot of XL&vt huropeas Avvesiono (?XAI) Le. Vol. 0. No. 8, Aug 19~7. Uncl.

PERTOW KI. Iu,
On the border of the funtantic. Nauka i tekh mladezh no.6:3--5 Je 16?.

KOVAL# V.p PERTO-SKIY. V.
Glue
Consultation. Miss. ind. SSSR 23 no. 1, 1952.
9. Monthl List of Russian Accessions, Library of Congress, Augugt -19 1? , 'Uncl .
2

--Lipor--itnw:v cc,f -,he stst!~ cf fhf- esopheem., ~n deforriftle-c,
ral. 40
of P,~e !ql~:Ie of
no.2,.6c,'. 70 M--Ap 165. (ICRI, i8v6)
1. Rpn':,?enovsk,~,y~ cLA,7,hlm.ye Ltningradekr.,gn nPuchno-f5sledovat'911-
skogo 1 oy,ga-n!zats!! truda
Inval,

PERTS, R.G., mlzdsh-,y nauclinyy sotrudrilk
Dogener-ative-dyotrophic procosseD In the spirio fcllow'Lnr
tubermlous leolons cieveloped In childhood. Trudy
no.16:1132-34-2 164. (I'a i(1 19: ~ I
1. Lcningradskiy institut ekrj,k-.rtl..,.y
trudosposobnostl i ort~ariizatsii truda Invalidov.

SOURCE CODE:
AUTHOR: Krahl,, K, Schleicher, 1~.;_Pertschj W.
ORG: KDT, Hermsdorf; VEB Ceramics Factoryp Hermsdurf-Thur (VEB Keramische Werke~p
TITIE: Nicroelectronics based on thin film technologli $[The paper was presented at
the Section.Fleet ;_entitled "Problems of microelectronics" at the Scientific C2Me
held in Leipzig fr im 8 to 9 March 19651 -0
SVJRCE: ftehrichtentechnik, no. 8, 1965, 287-292
TOPIC TAGS: microtilectronics, microelectronic thin film, electronic circuit,
microelectronic circuit, solid state device
ABSTRACT: .'11~9 n-eed'for the reduction in size of the electronic equipment 'anA'
'the-
succesass achi-oved in this direction in the Western world prodded the
Fat.Ntory,Hermsdorf to start in 1960 the development (in a manner similarl,
,to the ICA -4cromodule technology program) of 6iniaturized electronic
circuiteJ
it-hich could be gradually expanded in parallel with the growth of the
Itechnologi4ml means. The article reports on the advances in this direction
~'st the factory durtng the 1960-65 period. The development was carried out in
fagreement twith the modern views concerning the economical automatic production
I
of complex circuit-building elements and it resulted in the creation of the
*-called 11M series of complex microelectronic elements. The description of
J~hs ~psttrtng of the thin film-hybrid technology, of the operational

L 20861-66
Acc NR, AP60UO92 C)
characteristlis lot'thi units already ir. production#.and of the future piano
-aiming, sol.p at Us production of elements incorporating solid state
;switching devices-Is intermixed with a survey of the achievements of
internatidrial 6i&belectr6nic technology. Orig. art. has: 13 figures and
4 tables. - [JR31
-SUB CODE: 09 SUBM-D&TE: -lOApr65
we'- 777
77777
.2
4. 1.-

FERTSEL', V.H.; ROSTRIP&MO, I.A.; GOLUBEVA, A.D.
Rrporience In using solitim phosphate for improving the
boilir,g and centrifuglng of masge,,ultes at the Petrovskoye
Sugar Factory. Sakh.prom- 34 no - 3: 10-12 Yx ~P* ";, 0
(KIBA 13:6)
1. 2-1, Fetrovskiy eakharnyy zavod (for Perteel'. Rostripenko).
2. TSeintrallivy nauchno-iosledovatellskiy inatitut eakharnoy
proqrEbleanosti (for Golubeva).
(Petrovskoye (Kharkov Province)-Sugar manufacture)

PERTSBI, I, V. M. : GOROYJI, V. 11.
Bxperionce in uoing hydraulic columns. Sakh.prom. 34 no.l:
22-28 in 16o. (MIRA 13:5)
1. 2-y Petrovskly sakharorafinadnyy zavod (for Pertsell).
2.?Sentral'nyy nauchnn-issladovatellakly institut sukharnoy
promyeblennoutt (for Gorokh).
(Fetrovskoyn (Kharkov Province)--Sugar manufucture)

VAYSMOI, M.L.. TROY110, V.P.: PMTSHL, V H.-
Use of ultrasound in the control of scale formtion In avapr-
ratorg. Sakh.prom. 34 no.1:36-39 Ja 160.
041RA 13,5)
1. TSentrallnyy nauchno-isalftdovatellskiy inotitut sakharnoy
proiq-shlennosti (for Vaysman. Troymo). 2. 2-y PetrovBkiy nakharrqy
zavod. (for Partsel').
(Sugar manufacture)
':Ultrasonic wavea-Induatrial applications)

SOV/110-59-6-4/24
AUTHORS: Grigorlyev, V.S., Engineer and Portsev, A*Ao, Engineer
TITLE: A Mercury-Vapour Pump for a High Po~wer Hiigh-Viotage
Mercury-Arc Rectifier (Parortutnyy nasoa dlya moshchnogo
v-ysokovolltnogo rtutnogo vypryamitelya)
PERIODICALiVestnik elektropromyshlennosti, 1959, Nr 6, pp 16-17 (USSR)
ABSTRACT: The mercury-vapour pump described in this article is used
with the high-voltage rectifier type VR9. In operation
the pwnp is at a high potential to earth and so must be
cooled with transformer oil. A number of difficulties
were eXperienced with the original type of pump, which
has been described elsewhere. This article is
principally concerned with the design changes which
resulted in the modernised pump illustrated in Fig 1.
The exhaust tube, which is wrapped helically round the
pump body, serves to guide -the flow of cooling oil. The
exhaust tube is thus twice as long as in the previous
construction and, although this halves its discharge rate,
the pressure drop in it is not greater than 1.7% of the
backing pressure. The vapour circuit was also
Card 1/3 reconstructed, particularly the nozzle of the diffusion

SOV/110-59-6-4/24
A Mercury:--Vapotur Pump for a High-Power High-Voltage Mercury-Arc
Rectifier
stage. It was found that the pump maintained its
performance when the heater power was reduced by a
factor of 2.5 to 3 and the pumping speed actually
increased. Because of this it was possible to reduce
the minimum gap between the surfaces of the cones and
the nozzle of the diffuser stage to 0.4 mm. This and
other consequent changes improved the characteristics
of the pump: the pumping speed was increased by some
20 or 30% and was between 10 and 12 litres/sec with an
inlet pressure of 5 x 10-4 mm Hg; the maximum back-
pressure was approximately doubled and was 20 mm Hg with
a heater power of 900 W. The pumping speed and maximum
back7:pressure are plotted as functions of the heater
power in Fig 2. The pumping speeds are similarly
plotted for hydrogen and for air in Fig 3-9 it will be
seen that at rated heater power, the speed with hydrogen
in 36 litres/sec. However, it falls off much more rapidly
than the speed for air as the heater power is reduced.
Card 2/3 A trap that was devised to prevent carry-over of mercury

SOV/110-59-6-4/24
A Mercury-Vapour Pump for a High-Power High-Voltage Mercury-Arc
Rectifier
droplets is illustrated in Fig 4~ This is installed at
the end of the pump discharge tube. There are 4 figures
and 2 Soviet references.
Card 3/3

L
2'i??Q-6j EM W LEW (1)
ACC NR, A D3.527Z SOURCE CODEt UR/0292/65 VO-UrO622
AUTHOR: k1tayev, F, I. (Candidate of technical sciences); Klijmov, N. S. (Candidate
of technical science-Y
s I Fertsei, A. AA, neer); Stepanov, N. P. Nandidate of
technical sciences)
ORG: none
TITIE: Developments in high-voltage power rectifiers
SOURCE: Elektroteldriika, no. 1-1, 19651, 22-24
TOPIC TAGS. arect t.
urrent, electric,power transaissionj, nercurt rectifier
ABSTRACT: The laniqgrad-Donbass transmission line is presently being put into
operation. Me will be the most powerful d-c trans*ission line in the world,,
sending 750 )1w of pcxrer at 800 kv over a di stance of roughly 500 km. The
transmission system uses a three-phase eight-bridge network with power recti-
fiers which o*erate,4it a r.-odmum voltage of 130 kv and &'maximuo current of
9DD amps. The eight.,bridge system,, proposed by the All-'Ctiion "Order of Lenin"
-'Electrical budwerl w, -Institute, imeni V. 1. Lenin has the following advan-
tages over the four4n-idge circuitt 1) when individual bridges in the system
;fail$, the transidtted power is maintained by current overload on the bridges
remaining in apbraticrn; 2) the work load on the equipment is lighter in emer-
gency conditi.onej mad two rectifiers can be sories-conneoted in each am of
the bridge to' redwe Us irork Ioad by increasing the mber of rectifiers from
L saj

L 23770-66-
ACC. Nks AND15276
72 to 96; jY wheii siparate rectifiers fail,, the voltage applied to the ele-
Mnts remaining in ciperation does not exceed the nominal value,, while in the
four-bridge eyetez the voltage is twice the rated value in this type of
~enargency. Various foreign high-voltage d-o transr4ission lines now in opera-
tion and beiaW plawoed an mntioned and their paramters are given. Soria of
',the advancso We ith high-voltage power rectifiers since 1940 are di6cuseedi,
.~Work was begun on the rectifier being used in the Volgograd-DDnbaso system in
A952 at the All-Union KLectrical bigineering Institutee The various problems.
Imolved in the development and construction of this device are discussed,
rhis airwale-anode T*61 wdtq call6d the VR-9 Excitron, is nov being mass-
produced at, a specijMy built factory in Moscow* The overall dimensions of
the rectifier m 1,9 x 192 x 3*4 r* A conparison of the VR-9 Dwitron with
the reAlfiers vaed In the EMliah Charml d-o Tranadenion line
shm that -the sorlA rectifier is up to modem requir*-
hi&-PMW mercury
ments with respect'~t-o'elee'trica-characteristies and constructions Orig. . artI
has: 2 figures. JORS]
SUB CODE: 10p 09 SUEN DATE s none ORIG REF: 002 OTH REF: 002
2L2

PERr,j-sV,, A.A., :Lnzh.
DiBtritrition of the electrical strength of *.he dis3harge gaps c-1
mercury mctifi4m3. 91oktricheatva, no,lOs76-79 0 165.
(MIRA 18t10)
1. Vsee-Vuznyy elektrotaakhnicheskiy inatitut imeni V.I.Lenina.

BUI.,AYEVP F.T... kmn4.tekhn.nauI(j KLIMOV, N.S., kand.takhn.nauk; PERTSEV, A.A.,
inzh.j STEPPIIOV, N.P., kand.takhri.rAuk
Developments in the f.'.(!Id of htgh-voltage pover rectifiers.
Elaktrotekhnika 36 no.11:22-24 N 165.
(MIRA 18t1j)

d Iron SOV/6363
Chi, 1. ~i:- Meltinil of Low-Carbon Electrical Steel in a Basic Open-
Heartb Furnace 2
I Bask I~iinciples of the technology of melting rimmed
low-ca~bbn electrical steel 12
Develdtaiient of the technology of melting rimnled low-
carbom~ steel 13
3 Develo~jnent bf. modern technology of melting rimmed
St el 19
4.~, _Techni ~16gy of melting rimmed low -carbon elpetrical
sheet p teel 28.
5.:::* Techn6logy of melting killed low-carbon electrical
stbel 31
IntensiAcation of the'process of Weltij~g rimmed and
killed :Low -carbon electrical steel by use of oxygen or
comprtsfied air 37
C ar d 3'9

wja4h. o wwassassa maww apw" ~aqwus&
1. ~~Teemio rimmed m i 1
eta 74A

41
2. ~~Teexninj P
~ killed metal 42
M. JjL:I,:Vacuur 4 Degassing o*f Low-Carbon Electrical Steel in a
Ladle
56
Iya egassing o
cuu.m, d f. rimmed meta
56
.
2. -'iVacuum. idegassing of killed metal' 80
Cho, IV Effect t~f Remelting. on Properties of- Low-Carbon
IMectrit: 95
lo ~.=eltijig in an induction furnace 97
2. 'Remeltir* in,a vacuum-are furnace
ig
97

.
3
Zlectros~ag remelting

13
Cho ot and -Cold:Rolling'of LoW-Carbon Electi-kgl Steel
'vi
I
126
~#Ots
126
Carid 417

on-
-Ar-mco ir SOV/6363
158
158
159
164
165
166
168
169
172
173
176
176
180
182
184

S/179/60/000/03/005/039
AUTHORS: Kadashevich, Yu.1. and Pertsevo A*K. (Leningrad)
TITLE: The Loss of Stability o a Cylindrical Shell Under
Dynamic loading L\-D
PERIODICAL: Izvestiya Akademii nauk SSSR, Otdeleniye tekhnicheskikh
nauk, Mekhanika i mashinostroyeniye, 196o, Nr 3,
pp 30-33 (USSR)
ABSTRACT: The problem considered is that of an infinitely long
cylindrical shell reinforced by equally spaced transverse
ribs so that loss of stability occurs only between the
ribs. It is assumed that the number of waves round the
circumference on loss of stability is large (n> 5). The
deflection of the shell is expressed approximately by
Eq (1), where L is the distance between the ribs and
F! is the radius of the shell. The kinetic energy of
the shell K is given by (4) and the equations of motion
t-y (6), using the dimensionless parameters (7), in which
q(T) is the transverse load and V is the sound velocity
in the material of the shell. The coefficients in (6)
are given by (8) using the notation (9) in which qM
Card 1/2 is the external static critical load. Calculations were

S/179/60/000/03/005/039
The Loss of Stability of a Cylindrical Shell Under Dynamic Loading
carried DUt on the electrical machine MN-7 and Fig 1 shows
typical curves for the dynamic deflection of a shell for
which IT 2hR/L2 = I (h is presumably the shell thickness
blut this is not stated explicitly). The ordinates and
albscissae of Fig I are defined in Eq (7). The values of
'K
the safe dynamic load are shown in Fig 2 for CA I'll
6 2
(for example OT = 4000 kg/cm2, E - 2 .10 kg/cm
R/h = 500) and 7TR/nL = 0.5. Fig 3 shows the safe
load for a range of n with t0 = 0.01 and R/h =- 100.
Fig 4 shows the curves of Jo (= ~O(T)) , JI (= ~2((P)
and J2 (= '92(.0 ), with fog ~., and t2 defined in Eq (7)
plotted against There are 4 figures and 6 Soviet
references.
SUBMITTED: January 20, 1960
Card 2/2

BOROVSKIY, P. V.
PHASE I BOOK EXPLOITATION SOV16 206
Konferentelya po teoril plastin 1 obolochok. Kazan', 1960.
Trudy Konfomntaii po teorii plastin I obolochak, 24-29 okt3rabrya
1960. (Transactions of. the Confer-once. on the Theory of ;.Plates
and Shella Hold In Kazan', 24 to 29 October 1960). Kazan',
[1zd-vo Kazanskogo gosudarstvennogo univorsitetal 1961. 426 p.
1000 copios printed. i
Sponsoring Agency: AlEademiya nauk SSSR. Kazanskly fill-al. Kazanekly
gosudaratirennyy un.NoreiteVim. V. I. Ullyanova-Lenina.
Editorial Boardt Kh. M. Mushtari, Editor; F. S. Is anba yova, Secretary,
N. A. Alumiyae, V. Nr. Bolotin, A. S. Vollmir, N. S. Ganlyev,
A. L. Golldenveyzen, N. A. Killchevskiy, M. S. Kormishin, .
A. 1. Lux~lye, 0. N. Savin, A. V. Sachenkov, 1. V~ Svirskly,
R. 0. Surkih, and A.. P. Filippov. Ed.: V. I. Aleksagin;
Tech. Ed~:- Yu. P. Semenov.
PURPOSE: The collection of articles Is Intended'for sclentlets and
engineers who are Interested In the analysla of strength and
stability of sholls.
Card 1/14

Transactions of the Conference (Qont.) SOV/62206
COVERAGE: Thet book Is a collection of articles delivered at the
Conference on Plateis and Shells held in Kazan' from 24 to 2�
October 1960. The i1rticles deal with the matheoatioal thoory
of platoo end ohollis tind ito dpplication to tho aulution, in
both lincar and nonlinear formulations, of probl=.a of bonding,
static and dynamic atability, ead viDratlon of roGular xid
sandwich plates and shellb 6f Various shapes under variouv
loadings in the elaistic and plastic regions. Ana~-M:a IV made
of the bekkvior of plates and shells In fluidap and "o effect
of oroop of the material Is considoroO. A numboir of papers
discuss problems asiiociated with the development of effective
mathcmaticalmothodis for solving problem3 In the theory of-shelli.
Some of the reports propose algorithms for the solution of problems
with the aid of''electronic. computers. A total of one hundred,
reports and notes ware presented and discussed during the con-
ference. The repor:s are arranged alphabetically (Russian) by
the author's name.
Card 2/14

Transan.tions of the Conference (Cont.) SOV16206
Palty, 0. M. On the Problem of Mending and Load-
arrying Capacity of Cylindrical Shells with

itiall Defomation
ff
265
Fer*1--sev -A. K., and Yu. 1. Kadashevich. Stability
ylindrical Shells Immersed in a Liquid Under
Short-Duration Dynamic Loads 271
Pet.-D.v, Yu. P. Flexural AnalysAls of Elastic Trape-
zoidal Plates by a Discrete Method 278
Prokopovich, I. Ye. Basic Equations of the Theory of
Thin Shallow Orthotropic Shells With Allowance for
C 1-~,6 a P 285
Finasakov, A. P. Some Flexural Problems of Circular
Sandwich Plates With a Light Core 293
Prusakov, A. P. Design of a Cylindrical Tank Made
of -a Sandwich Sheet to Withstand Internal Pressure 298
Card 10/14

42741
6/124/62/000/011/006/017
i)234/D308
Pertuev, A. i~. una i~a~,Iashevich, Yu. 1.
5,10abi'Lity ofL cylindrical shells submerged in a 1J.qild
C>
-'oad.s
tefertt:.v.,Lyy :.:e.,6-,Lani;,.a, no. 23, ab-
S";ract ".31,50 (Tr. jr,'onferentsii po teorii plastin
obolochek, 1jUO, i~azan', 1961, 271-277)
Ti-.u authors discuss -;.e "or::,ul'a-tion of -~he prob-cm 3f s-.Ubi-
lily Of t~li:-I e.L.F-.StiO cy-inurical subject to transverse dyna-
ml c loac. based on no.- ,-linear equations of shallow 61.ei-s in :,agran-
be's for..,1. The --nitial bag and -.he 6a6.ajxing loss of s-,,abi--L!V are
reprebented in the i'orm
w = w cos (-rx/1) cos n?
Cara 1/ 2

124/62/000/011 / 006, J1, 7
Stabi-i-~y of cyl lr,"ricai ~j254/D308
2
W Wo w c-C,6 c5i nl~ -I- w 2 Cos -"X/1
W.,,ere w
urc c L).,is tui, t, x, are cy
Jndrical coordinates,
I i;3 -10 of zAie.L, n iz3 n,~mber of -.ransver~3e .,,aves.
It is L;x 6he- is in an i-,finite liq.~id
ae-,2ribed oj- re--atl-)ns. he -,,3tai ~,ressure on t-i.e sl`,ell
is in -~i --~, cuse ec-al t3 -...c pres6ure in an alrjso-'.~tely rigrici cy-
J 0 S" - - L.
k nd e r, ,, c,, d e 1~u jrc~6urv -;Lie to -A.riteracti n of tlie I.e--L ,- 1-1
e --aia. + n j i e
~o Ueljr-aT- i - -1 (rudiation preL3~~ure).
cu--I,.e(I 11,
-ii t r ca -.1i,: pa .er of Yu. V. aoryainov, iu. 1.
1. 1,. --ronov (Trudy "onfe.-entsii po -veorii plastin i
'60. KLizu.-", , ijul , 157-141 ). The authors give a quali-
1, t; ' -he eq -4 1
-ve a.,La.Lys-s of 1,._,~jLdtS Oi' Soj_t4 on o:. aa,,-on3 u4'
o comp-ters, ~iiie.-. L;, r e u s u r e -L,-,.pulse va.ries in tiMe f 0,71 ~ie
f
vcil.e acconiin. .u a 'Linear law. / ,bbtracterls note: Com-
transiation.
Card 121/ 2

VOW

%

WO I

sice, giveii:foit'&'eftvinsl lei distribut: nof
energy' at monochromator
h
output from t e
.
,
ii pulse count rate. Acruracy.of relative measurements - i
* -

~'u
tA
0414itig tht-.1111two0 desciibed" wits Aj~
that of aVolutc'moasureconts ab ut 5%.
0

IMW 00'r

H

~J'

r7--
x

FEMM, A.1f.1 PITS.AREVSKIY, A.N.; iOSUN, L.D.
Usti of phot"lectric multipliers in a single-electron systeis In
recording imak light fluxes. Zhur. prikl. spektr. 2 no.5096-
401 Vq 1615. (MIRA 18~7)

FERTSEV, A.N.; PISAREVSKIY, A.N.; SOSIIIN, L.D.
Measurement of the abFolute yield of alkali halide crystals in
ga=na 1-=inescence. Opt. i spektr. 18 no.4:644-647 Ap 165.
(MIRA 18:8)

PERTSIIIV, A.N.;, PISAREVSKIY, A.U.; SGSHN, L.D.
Study of single-electron noises in photomultipliers. Prib. i
tekh. dksp. 8 no.5:173-176 S-0 163. (MIRA 16:12)
1. BelorussKiy gosudarstve-inyy universitet.

memo= is

CM P40419 34

4ho -light- flash~i._[ i
It wa ;I -nd that: (I). the:ampl-i, We'-& tribution me sured b
o~x a
Y,

-.1his -method Coinci
des wit t t
o tained by other.'Methodc. (2)
-the Amplitude-

Cli tribution of
si4j zle -ele~ C.-on ulses for FEU-13-a _d FEU-36 tube s- can be
p n
discribed Vy the Poissonj aw With a low: K; (3) in'measuring weak luminous
Ognals (particulaily at th 3,'single -electron pulse the FEU-42 tube yieldea
"hetter Btaflitical. ieliabili ~
n
y tha do FEU-13 and FEU-36 tubes. Orig. art. has:
4- figure 6 i2. for-mi4tas
''
* ~

`:delo ss
ru
.A ASSOCIATION"
dy- gosudarstvenny y urrvversitet (Belorussvin State -

ENCL: 01

ItM E 6._~ '~~.
NO~-REF_"SOVI` ~005~~; OTI 004
.

T L
I tilt.
Pre-
Preamp. and C oinc.

L
tube

ube
=
n
apiplifier. 1:
i.-ircuit
7, 1,

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ick d :oInbi&an6e circuit-.1-
iagram of a.
usej i for studying the statistics of singl#B-
-
elei, tro
n-pulses.in ultiplic~r.phototubes

Mi ildib~i elA
S,i: vras,
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1TITLEv -,Use 0
Ticording. vreal, 1-ight' J*luxes
::SOURCE
1hu a 1. P r 0.'Ad n 0' :.apektroskopii Y, _2 no~,;_50 1965 -.396-4011
S ~fiotomu pliers- quantum counter, Pateso
_T0P1C'.TAG n distribution,
secondar-y-;iAl"i'plica ion, thermoelectronic noise, dark current-
C Thit p6 o f
4BSTRAC'.', s 8 1! 11 ty -using a.photomultIplIer to*count Indl-
Nidual quantailof Aig' i: was examined by-inve,stigating noise In the
Photomultiplior itsA and the statistical laws of secondary multi-
p ca ion T6'e ampl! tude of thermo-electronic-noise follows a Poisson,
dititribution;'ilit, waif 4hown, graphica Ily that. the -amplitude. distribution of ~bingle-..'._
FEU-IS~photomultiplter havtbis form. Graphs,
el.ec tron pul 8 0 s for ihe__~-
wete~ also ~ prekliiented 11) describe',the',counting rate-of one 13-cascade
:r mo 6
Oho tomul tipui 6;and the amplitude distribution of'Its noise
caid. 12'

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0

,
-suf ficiantly ~Onsttt a to-measure _luminoms
1 fluxes of M-300 quanta
6
Oar_sec.ond -acl room ti .,nperature. hast I figures,*
_49SOCtATIONS
n on 6~

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DAM $0 ,-.
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,

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YACCtSSION lot i UR/9051/65/018/oo4/oAh/0647'
w
~.Pirtsvrj._ ]p 8"evskiy, As N-i Sootln, L.-D.
'"o e- ab.
f t' solute, Yi eld~. of aM11-Ulide Metals.under.
SOURCEv- Opi. ka~~_ al _._18 -.4 iq65.,'644w64T,
no
-hw _-~erltstal. q!~!~ Anotnej;~ened l4h~ yield, ene
TOPIC
rgy :field
e- -of: -34fbt yieldi of alJcili-halide scintil-
WTf - V dida on the
d, tbe
4nd-in iiie~vor_ j 14 large Urferences _i- the authors
t r'i iiiia tim-~ 4bsol~t iglit yields ~ Or tiia- tale w(m),-ami M(m) oy
complirit4, the ~p*6PAil tu of - the scintillAion vl,.I'h Ah_ e' a'wputud , of 4~ "GinW-eleo-
Z_
at- 1, he outli oft a photow-A The mas~mlrerkmts wre mde at
~_ttcnll Wise
room -ter I imoitatioa vith T- aCsl37 on
p?ratWpj.':'Ua rays large batcher. of
N
7vaj~ious stal ofd!#~,.trent nixes with diffei-,A~nt reflectorsand-.vith di~rfcrent
':.T1*.eonter0.s.~_-'_ The wmbOr -of qumxtv. duced In kl(TI) by ubsorption of one r
Tro
the I 71eld'vag nml
rrom~p~~v 1"ifitmd to be 31 900 -1 ght 5-0% huanta/04-,
~P_

PEFLTSZV, A.!:.; F iE '~ Y. Ff , A.%; SCO! I' , L. 1).
1 ~e ~!, -7 of Npl(-I) IT *.:
~-Il (. e m~ - :: - , ,~ , , - ahs( 11'.- - 7,-.
D(.~!. -,N : . P Ml~% 1~ C (" i , -
1 . B~3: -.~ - ~ : - i- it vf! r In %, - ~ ! ! , 1. ~ if: C- .
SL hr. ~ ~ ~1 !".": . , , 1: " .!l. . .

PF hl -; : - , t , , : P. A. N. ; ~IOSH. N, 1'. P .
' -/~4
I , 1 5 of f -. : br.~. r,- -n,,d f, r T43 c~c~ an' !.'W, . Dc4l , AN BFSF '~ -v P- ?
,' c lt~5. ,x:.:~A, 28.,]G)
Be2orusskiy gosudar-Ovennyy univergitkt ijm,ni V.1.76nina.

PEERTSOV& PERrSCV, N. V. and SMHMN, Ye. D.
*About th3 Spontaneous Inner Dispersion of Metals Subjected to the Action
of Metal Fusions Considerable Lowering Surface Tension.0
report presented at the 3rd Conference of Hig~.er Educational Institutes on Strength
and Plasticity of Metalsp Petrozavodsk State Lniversity , 24-29 June 1963

1 r,~tT,,::,V , k. I.
F),i rl c t i ) 1~ ~ r,,- -, :ff i ': i ~ - ~ n T 1, - 1 1 . , ,
,,I I . ~ " , -,. ! , , ,
vio, - , ., v , "
. -11, -~ - -t~- -~-r. ' 7 1 -V - ;~ , , - - , : , I I
TIN 1) 14 7

FPTS17, B.I.; IIARrYSKrY. 11.11.; KRAMER, H.V.
Coapering different methods of harmonic analysis of tidal deformationo
of the earth. Izv. All SSSR. Ser.geofts. no,,2:242-243 7 159.
(MIRA 12.2)
1. All SSSR Institut fiziki Zemli.
(Tides)

PERTSICY, B.B., doktor istoricheskikh nauk, akademik; TARASNNKO, B.P.-,
L.K.; KONOPELIKO, I.A.; POBOLI. L.D.
Book about ancient Russian glass. ("Glaeamaking In ancient Russia"
by M.A. Bezborodov. Reviewed by V.N. Pertsev and others). Stek. I
ker. 14 no.9:31-32 S '57. (MIRA 10:10)
1.AN BSSR (for Pertsev).
(Glass manufacture-History)
(Bezborodov, M.A.)

PIRTSIV, B.P.
Concerning the solution of Stokes' problem with a rola-
tive error of the order of the square of the earth's com-
pression. Trudy TSNIIGhIK no.12:9-12 '56
(MIRA 13:3)
(Rarth--Figura) (Gravity)

22hOl
S/035/6 i/ouo/ou, /~,~8!C~4 2
0 AL 0 1 /A 1,~,
AUMORS: DobroKhotov, Yu.S., Belikov, B.D., Kramer. M.V,, Pertsev, B.F.
TITLE: Observa-~ions of tidal variations of gravity acceleration at Pulkovc
in 19,58
PERIODICAL: Referatlvnyy zhurnal. Astronomiya I Geodeziya, no. 1), 19611, 33, ab-
stract 1~0214 (V sb. "Gravimetr. ls5ledovaniya" , no. 1, Moscow, AN
SSSR, 1960, 7 - 14, Engl. summary)
TEXT: Observations of gravity tidal ariations were conducted at Pulkov~~:
in the basement of 1;he seismic station from April to October, 1958. Two gravi-
meters of X-11 typo were employed. The tides were recorded first by means of'
photoelectrical recorders of the firm Bruno Lange and then by means of phctore-
corders developed in the Institut fiziki Zemll (Institute of Physics of the Earih).
AltogiDther 8 monthly series of continuous observations were made during this
period. The harmonic analysis of observations was performed on an elect onic
computer. j7he analysis yielded the following mean values of quantities
/2k + h and phase shifts of main waves of the lunar-solar tide:
Card 1/2

22401
ObservationO of tidEil variations ACY-)I/AIUI
Wave Phase shift
Ki 1.194 + ,.012 + 2.6
0 1 1.180 � 3.008 + 1.3 1
M 2 1.238 0.017 + 2.1 0
S 2 ~.217 j u42 + ! (D 2
N 2 1.222 U.076 + 6.(-) 4,
Positive phase shifts correspond to lag or' observed tides relative tc thearetical
ones.
B. Pertsev
(Abstracter's note: Complete translation]
Card 2/2

2202
S/1)35/6,L /COG /00~~/(-2
AUTHORS: Parlyskiy, N.N., Dobrokhotov, Yu.S., Pertsev, B.P., Kramer, M.V
Belikov, B.D., Barsenkov, S.N.
TITLE: Observations of tidal gravity varlatlons at Krasnaya Pak-rI.-a
PERIODICAL: Referativnyy zhurnal. Astronomiya i Geodeziya, no. 5, 1961, 33, at-
stract 5G215 (V sb. ?'Gravimetr. Issledovantya", no. 1, Moscow, AN
sssR, 196o, 21 - 26, Engl. summary)
TEM Observatlons were conducted in a special basement near Moscow in 4
km from Krasnaya Pakira. Six monthly series of observations with four GS-11 gravi
meters were made at 'various times from December 1957 to February 1959, The gravi-
meters were calibrated in the vertical graviinetric polygon at the MGU building.
The harmonic analysin of tidal variations wao performed on an electronic Computer,
The following mean values of quantities being determined 1-312k + h and phase
shifts Lp were obtained-
for diurnal waves 1 i63 -t c,.c16; Ly = 1".5
for semidlurnal waves I . 18c) � u.0 18; LY = 40. 1 + lo.c)
[Abstracter's note: Complete translation] B. Pertsev
Card 1/1

A0(j I /A 1 C I
AMHORS: Pariyskly, N,N., Pertsev, B.P., GrIdnev, D.G., Kramer, Barsen-
kcv, S.N.,
TITLE: qravity t1dal variations at Alma-Ata
PERICDICAL hefera,~Jvnyy zhurnal. Astronomiya i Geodeziya, no. 4, _~C., at-
stract 4G229 (V sb. "Gravimetr. issledovanlya". no. 1, Moscow, AN
SSSR, 196,0, 27 - 33, Engl. simmary)
TEXT: Otservations of gravity ticial variations were onducted at tne. As-r,-)-
physical 6 km 1'rom Alma-Ata. Two GS_ll gravimeters were ,jsed In o!)ser-
vations wh!ch continued from October 19~8 to May 1959. Harmonic analysis of the
first five monthly series of observations yielded the following values of the
quantities sDught f'-)r 1-3/2k+h and ptiase shifts from diurnal wavt~s
- 1-13l_�P.co6,LV . 0%6�~?4; Irom semidlurijal waves 1.l60+O.OO8,LT= 44~1-
�0
B. Per-.sev
LAb-,,ra-ter'R note: (-)inplete translation,,
Cari !/I

Pertsev, B.P.
ZO, /A I ~ I
TITLE: An experience In determination of scale coefficients Df r---)rds in ob-
servatic,ns of gravity tidal varla-.Ions
PERIODI~~AL: Re f~%rativnyy zo;urn a I. As tronomiy a " ilenieziy a, ar-
stra,,t 4G228 (V sb. "Gravim,~tr. lssledovaniya" , ric. I, Mos,ow, AN' SSSR,
1960, ~14 - 38, Engl. summary)
TEXT: The autf-or developed 2 proceduros _f'or determining s2aitt
of rec~,rds In otservations of' gravity tidal %,ariations. Botn procedures ar-- base-A
on the assum.,tion that "zero drift I' of the gravimeter is of ~imall curval,ure and
does n-~t change its pro-perties at shifts of ,.he instrument elastic sys.em. T(% ex-
plain and esllmate t~e accuracy of the proce(tures proposed, ,he authcr presents an
example of p-o,-essing the theoretical t1kial urvP of gravity variation. However,
a marked straggling of' copfficients determined was obtained in pronebsing of obser-
vations performed with a GS-11 gravimeter, wl,i,~h In the author's opinior, 1&,malInly
explained hy imp,~rfection cC the device. B. ler'se.-
[Abstracter':, ',omplete trdnslatioril
Car.' 11/1

DOBROKEOrOV, Yu.'S.; OSTROVSM, A.Ye.; MIT.5hN,B.F.; BUIAEUE, Yu.D.,
doktor fizikG-MateM. LaUk, otv. red.; ZHITEIKOVA, S.A., red.;
ULPYANOW, C.G., tek-hn. red.
(Gravimetric and inclinometric stations for the observation of
carth tided Gravimetriche,11cie i naklonoricrTWe stantaii dlia na-
bliudenil. zeuaWkh prilivov. Otv. red. W.D.BultmOlf). MoskVU, lzd-
vo Akad. nauk SSM, 1961. 24 p. (YlIRA 14:11)
(Tidev) (Geophysici-I observatories)

D2281VD,302
AUTHOR: Pertsev, B. P.
TITLE: Harmonic ana,'ysls of ~0-day Beries of obz;ervations
of tidal changeB in tlie force of 6r:ivity
PERIODICAL: Referativnyy zhurnal, Geofizika, no. 1, 1~62, 23, ab-
stract 1A183 (V sb. Izuch. zeran. prilivov, !,o. 2,
M., AN SSSR, 19o1, 20-,'0,
TEXT: The scheme of harmonic analysis is based on the method of
numerical filter,5 and depends on determining the five main waves
of tidal variations in the force of gravity: M 2' S21 N2' K 1 and 01~
Instrumental zero drift is eliminated on the assumption that it
can be rej)resent-ad by a straight line for any four-hour recording
interval or by a parabola for a 48-hour interval. Increasing the
recording interval covered by the scheme to 50 days permits eli-
mination of a large number of minor tide waves and raising tne ac-
curacy of the amplitude and phase determination of the SOLIght wa-
ves. The three stages of the determination of the sought waves
3/169 62/000/uOl,
Card 112

S/16 W000/001/012/08_,'~
Harmonic analysis of ... D228YD302
are described. Since the waves enter-rig into one groui, have very
close frequencies, their division is made on the assumption that
a) the ratio of the amplitudes of the observed waves entering into
one group :i.s the Esame as in a theoretical tide, and that b) all
the waves of one group have identical. phase displacements. For-
mulas for calculating the theoretical values of the amplitudes and
phases of the sought waves are given in the work for determining
the displacements of the phases and ocrrelations of the Love
numbers 1 + h - 3/2 k. /-Abstractor's note: Complete transla-
tion.-7
Card 212

FERTSEV, B. P.
Cand Phys-Math Sol Diss -- "Harmonic Anallsis of Zfhe effect o17
tidal variations n the force7 of gravity . Moscow, 1961. 9 pp,
20 am (Moscow Sta~eo U imeni. M. V. Lorionosov. State Astron Inst imeni
P. K. Shternberg. Inst of the Physics of the E,-,rth imeni 0. Yu.
Shmidt, k-.ad of Sol USSR), 1.50 copies, Not for sale, list of works
b the author at end of text (KL, No 9p 1961, p 176, No 24262).
-54123
~T
X

ACCnerov no AR40BUST
,aouR=s Rer, sh, Geofise, Abse IGIOD
IAUMORo Fortser, Do, Pe
TITLEo D*ternAnation of delta and the phase shirt of amidjunal waves from two.
day observations of earth tides
ICITED SOURM Sbe Isuoho senne prilivoye No* 300 AN SSSR, 1963, 63-87
TOPIC TAM gravinetry, earth tideg souldiurnal earth tide wave, null point dis-
placement
TRANSUTION9 Since there is every basis to ansume that the values I / h - *4.k.
Y Z I / k - b, and the phase shifts a(k for all aemidlurnal waves are Identical,
In those cases when the rooorda of observations do not make It possible to analyze
monthly series it In possible to obtain quito reliable results from ponsiderably
,shorter series of observations* The proposed analytioal program Invol%,es tho
.separation of waves of the samidiumal type from the tide as a whole by manna of
,linear combinations or ordinates extending over a 46-hour periods it oleo iwmlvss
amparlson or the derived values and similao, v&Uws oomputed from the theoretioal.
1-0 0- . ;_
Card I/

,ACCESSION Us AR4033SE17
;tide. The linear transformations exclude drift of the instrument null point and
:quite thorot;ghly attenxwte the 6-4ay, diurnallend long-period tidal waves* 7he
!program was checked by proooosing 6 two-day edries of eurth tide observatione and
,comparison with the results of humonto analysts using a 29-day programe Analysis
us
UAL both programs gsov oloes, remdtse Be Po:rtswv
D I SIVAM M CODBI YJ NNMI 00
i
.Cora, S/2

ACCESSION Us AR40019
4OMNI note 11h9 0410thees Able WIS?
AMOM -Pbrtsevs be Ps
:TITLRs Separation of the diurnal tidal wavvg :1 1 and
CITED SOURCRe Sb. Isuch. semn. prillyove No. 30 Me$ AN SSSR# 1963# 68-91
;TOPIC TAGSs gravinstry, earth tide, diurnal tidal wave
TRANSLATIONo AA shown by theoretical Investigations,, if the earth's core is liquid
the ratios of the amplitudes of the different vraves of the diurnal tide should difthr
from the ratios of the amplitudes Indicated by the atatio theory. It is of great
interest to determine the values 6 for the ditu-nal waves KI anO~Pl which are close
lin frequency* Since the amplitude of the diuriwil Sl wave Io v,3ry small# the vepara-.
tion of the KI and Pl waves can be done by combining the reoults of the harmonio
.analysis made for two aeries of observations separated by a 90-day intervala The
Article gives the o9effloiente needed for computations when hamonio analysis is
carried out for the aut1tor's 29- and 50-day programs* Also included is an example
of the separation of the 11 and PI waves in accordance with observations made at
LCord

ACC NRs 0 SOURCE CODI~: UVO5f3j/_6__
APS035595 6/000/010/C,025/00,,
AM"HOR: Pertsev, B. P.
01~ G : institute of P~.yo 0' tie Eart~i, Ac&ciemy of Scienceo 55SR (Inatitut fiziki
Zemli, Akademiya nauk
TiTUL: The effect of marine tides on tidal variations in Uavity
SOUiCE: L; SSSJ. Izvestiya. Finka _-i~[riili, rio. 10, 11)66, 25-11')
TOPIC TAGS: ocean tide, earth 6-rav,-,y,
ABSTRACT: The effect of diurnal marin4_, t.u.,:; on tne tlo,i1 -,n t:rav.ty at
points far from the ocean was inveGtigated. ~'O-tldAl IMI,)3 for iun~ir waves of e 0
2 "
used for the oceans and seas surrounding The ea-tri'n cu-face was divided
into 410 equal-area trapeziums, bounde6 by mcrid,an3 and paralieli3. i'idai character-
"h(_~ I d
istics were obtaineei for 272 of these ~thc Dthers are chiofly or, land). IL n irect
effect of the tides was then determined by trigonometric funclionj for each trapezium.,
ComZutations viere made on an electronic computer. Consideration was &-iven both to
variable attraction of tidal masses of water in the ocean3 and to chanGeo in the
gravity field through deformation of the earth by the marine tidea. Corrections were
determined by harmonic an lysis of the indirect effect of the I'll wave as computed for
2
seven terrestrial stations in eastern Europe and Central Asiaz Pulkovo, Krasnaya
Pakhra, Kiev, Talga:r, Tashkent, Frunze, and Lanchow. Corrections in 6 for European
Card 1/2 UDC' 525.6

ACC NRt AP6035595
stations ranged up to 6--T, of --ne A)rr,~-cticng for ,entral
Aaia were about half that up to 5,, Correct,on:j --
cate that Uie accepted
or 4 (? ina I
values are too high Ln Europe and too low in Centrrii Asia, but the actual corrections
are uncertain because of the uae of different, Irravim(~teri> irk Ue woric. Reaultz; are
preliminary, but the author concludes that tlic offect of dititant zonvo may be appreci-
able. in conclusion, the author taken this opportunity to thank 14. N. Pariyokiy fu-Id
M. S. Mlolodenakiy for their valuable counsel and 1J. V. 1,kranova, S. 1;. Baroenkov, and
V. Kramer for help in setting up the program and in making the computations. Orig.
art. has; 1 table and 9 formulas.
SUB CODEt 08/ SUBN DAM 25Feb66/ O~IiIG 1,EF, 004/ OTH !:EF, 004
Card 212

PERTSEVII M.A.
Su-.cessful fulfillment of Lhe final yaox of t1w sevan-
year plan. Stall 25 no.4:289-292 Ap 165.
(MIRA 18:11)
1. Predsedatell TSentrallnogo pravlen-,ya flauchno-tekhnicheskogo
obshchestva chernoy metallurgii.

GRINSHPUN, L.Ya.; PYLAYKIN, P.A.; KHIRDZHIYE%f, S.G.; I`-,,'IC,'SOVSKAYA, Ye.V.
Tanks or. Fowerful borizontaa ~'or ,:
aluminum alloys. Kuz.-Shtam.proizv. 6 no.1-.21-2.,, Ja I (J/..
(M I U 17: 3 )

PERVOV, G.G.
I
Choosing the diameters of clarifier models with a layer of Suspended
sediment. Trudy VODGEO no-3:53-69 163. (WRA 17:2)

i V'aroly
.-haracter:.-tics of A,,;str,4an traff'.c --;les and their dllf"ier-rjr-,-v
from the H ,ngar.-*an. Auto motor 17 no. 9:23-29~ 6 Mly 'r,4.

S/-6~~61/000/005/001/049
AO()5/A'30
AUTHORe Pertsev~ B.F.
TITLEt Attempt to determine et~,&!e fators for re:iordings during
observations of tidal variations cf grav-.-.y
PHARIODICALi Refer-aVivnyy zhurna-, Ge--f'-z-'ka, n-:. 5, 1,96*:, 21, abstract 5
A 18~j. (V ob.i Gravimetr. -eolelc-v&n~ya. No, 1, Moscow,
AN SSSR, 1960, 34-38 ~'EngliEih summary))
TEXTs The ILUthor worked out tw,, eystems for determining scale
factors for recordings. Both systems aro based on the assumption that
the "zero creep" of o,. gravimeter has ema... -.ur--ature and does not vary
in character with snifte of the elast-': system of the device. In order
to elucidate and estimate the a,.-,uracy of the sys,,em proposed the author
gives an example of processing a thecretica, curve for the tidal variation
of gravity. However, on proceeBing obRervatlons recorded by means of a
Card 1/2

"C V/4 J-4- c)/,_0
AUTHOR: -Pertsev,, B. P.
TIT LE: On the Determination of Lero Point Shifting- in Observa
of Elastic Tides (Ob uchete spolza-niya. nulya pri
up2ugikh prilivov)
ilb,'RIODICAL: Izvcstiya Akaderiiii nauk SSSR, Seriya
T%r 4, i)i 5117-548 (US3R)
jL,33TRAjT: TLe metliod of determination of zero po.Lnt shift, '.,d
by Doodson and Warb Lrg for the observation of a-r,-,y typc-
i/6th-da~r v;ave3 ca:., be considerably simplified as
The readings vre ta-kiir. for t
h h. h ft. t + 10 t
o.� 2 ; t0+ 3 1 t0+5 ; to + 8 1 0- 0 1- 15 t3 +
diLrinF 15 laDurs, wh,~re t IS the UiM0 ~!, WL-:Cil ~3 11
0
of zero point is determined, Then tt.e Lotal of Lte reac-n:-s
Yt is found from the formula:
Yt = E An Cos(ant - 6n)
n
Card 1/3

607/49- 59-4- 500
On tne Determin;ition of Zero Point SL--.17t1n6 in C)bserva-,--.)LLS
Elastic Tides
where T(t) - term subjected to the shifting of zero pont,.
-The formula (1) can be derived for a un:Lt of time which ca,.
be written as:
12 Q(t) - qt.) , 0.04304 0"(Lo)
15
t
if 0-(t) if-, defined as-
0(t0 +- h) (t0 + hQJ (t0 (t0
the value
1 sin 12 x sin 12.'50.~
15 sin 4cynx sin 2.5an
for th.e characteristic waves is giverl in the table on 548,
In the cases whenVthe shifting of zero point has a greater
curve, tne term P'(t suould be considered (Ref 1). If
0
Card 213

.X 7/49-59-4-':/20
On the Determina~;ion of Liero Point SLift.Lng in Observau-iins if
Elastic Tides
if is smali, then e,(t ) will be equaL to 1
4. 0 yt
15
The second derivative can be found for the moment t
'2 There are no fiirures, 1 table and 5 ref~'re,,-ices.
as Eq ~.
2 of which are Er-g-lisn an(l 1
ASSOCIATION: A.Kademiya nauk SSSR, ln~3ti~ut fi:,,i.ki Zemli (Acadezz.- -f
Sciences, USSR, 1--astitute of Phjsics of the Earth)
SUBMITTED: August 15, -'-)57,
Card 3/3

TT,
~7Z

(-T'O -3 --'Pf

El P- _fT
V"VTJ-

ZO

AUTHOR: Fertsev B.P. S-~ V/4c).- 58 2/1'/
TITIE: Harmanic Analysis of Ela5tic Tides (Garmonicheskiy analiz
uprugikh prilivov)
?ERIODICAL: I;ivestiya Akademii Nauk SSSR eriya Geofizicheskaya,
19581 Nr 8, pp 946 - 058 (USS'R'S)
ABSTRACT: Une of the basic methods of determining the Love numbers
characterising the elastic properties of the Enrth is by
finding the change in gravity and inclination of the
Earth crust due to the tides induced. by the mo6n bnd sun.
Theoretical considerations based on a rigid Earth give
relationships between the Love numbe:~s h and k ~
However, these relations between observed amplitudes and
theix theoretical values can va-ry for different wave
components of the tidP and, also, there is a possibility
of phase changes of the real waves as compared with the
theoretical. Thus, a harmonic! analysis of the total
tide should give more detailed knowledge of the int-rior
structure of the Earth.
To discover all the basic waves of the luna-r-6olar tides,
a continuous record must. be obtaine',', for at least 1-3 laonths,
Cardl/8

I_ Vl~' ` - - - - ~_
Earmonic Analysis cf Eia~t-~
It is assixTed vcivps ~-Iose tD each ot -Ler in
have the same phase cis~l;.,ce;.ent relative t~~ the tLeoretical
tide and the r, ~ ' f' e am~~Iitudes are tl.e sa,,- c- a_~
the theoreti--al ti-Je
The dif fe., ent : -,:, ~ h ~d!~ L.onic a na lysis are a ~ sti i-
guished basically b,,; ti e a,,:,_Pber of waves consicereca. T-e
viaveE. ai e divi_,;ed ty a- I linear :)pei-atoi _" t.) ti.- j - t~'
in a table of t%,en ever.y tiour (Refs 11 2). Rc f
which i 5 u s ed -irI jfn6 i y I iii, oc e anic t ide s , a if fe rs ,: 11 t I t ly
in pri=iple. The of the latter method is i)v:,
however, sD the ai.thDr -3s adapted the method )f Ref 1 in
his a r~lal Y s I ~'- .T~,iEl `_ , ~ri~7iri_:illy designea for i_-'e
on oceanic tides - t"-.,- ~,is)_es to simplif,,i the Schef:~e
and --,c, ob-,,ain, witi- ar-car5cy than hitherto, the
five basic vvaveL: M S N- ~ K_ an(.-', 0 F:)r this
purp,-se, 21: --If t-,*r,e )f t' ~ie lunar-solar
tide are ta'e:. 'ron
r_ - of t;he an.ronriate
potential -.ai ,.*L;..d -,~At D-,_Id:3on (Ref 4). 111 applyint. the
scheme, 29-da-v c rAr1,i-)us :)bservFtions are
Cr? rd2/8 required wit"!. _f the a.,, .(t - hour of day,

Harmonic Analysis of E~3_- ic Ti,:-
k - &av o I L ~~ se,,,-i eac.; rour 3f mean t4l.;:e. F-r
simpliiicatl:n, -L- a,-e - I'ven in t)-(-. f,)rin jf
magnitudes Y lk 'n '--he irtlc~e. iiext, four
quantities, la,/ of -)bservotion, Ic . re
_~I_ies of the cc-eflicients U
defined as iL~ E..
IL CU~Int4ty X
are ISiver. in Tat -'e 1. dire + 1) n is
now Jef ined (E-1. f- )1., A an(I tI,e coefficient d, KI
in Table 2 (in',v -I' ~i ,- rontbiriations ~:,re up~-d).
The author - Ps -n t,,- e~, ]kiln ',he ba;3is of tI.e oper-al-,n.
He zrites down e ~ue a s,-Lm of 2oiiiponent %wives
lie r i-_ phase change of the n-th %~-ive
in cne h~_-ur, i t~~,- -hase c-.arF-e ~f t.-e n-th -.,..~.Ve _r,
one day L4 J, is the phase of thE- n-th ,-;a,.,e
(P ri n
at the initial _7~OL!e'~t~ N--xt.
leads tl- n -!,' I-' f,
the former havini, Li ialuf~. of
it is shoi,,,n t ha r P_ - ~ ic~ n
-_-4-h3ur and
_t
u -C
15 anc the e i,
Card3/8

ZZ'_, - - ' - - - - / I
Harmonic knalysis of Ela~-:-`-- Tides
Thus, taking Xkc , the ji)eration sepbr,-.~e-, jut tf.e ~,-Lo~r
1
waves, since the 12-1---ur waves, in this case, aie sr..a'-'-
~ 6a -,-, 0 ) .
In the 5ame way, the second opeialuion -- Eq.(2) is
divisible into sine and cosine waves with P 2TrP
(S ard Ki) , 2~~p - 250 (14, and 01) a-ad 2TV 360(N
2 e 2)
The author gives as an example X 10
Thus, from operations (1) ind (2), quantitie-~ X,,,,t ar(~
obtained in the form of sLumiations 1~ Ein RnCos I , ar,-~
b nRnsinb n - AccordinF, ~o the indices, ir and 11 (, i le
wave has a very large coeficient and the others are
relatively small (Table on p 949, e.g.). This procedure
does riot exclude all waves I)esides Thai soufjht, so furt'-r
calculotion is necessary. The next tv~e of f " 1"f rig
certain linear combinations of Y X ml Un ;,,,i th 'L!~e air, G 1
eliminating some of the lar(-est distuibinE -IertnE. The
Card4/8

1,Trl :' '7 - 7, - - - - -~/I ,
Harmonic Analysis of Elastic Tides ~ %
coefficients L.1 n are gIven in Table 3 This sua~:ati:)n
is represented as a combination of three terms - t"e firEt
giving the basic n-th wave and having ii large cz_~ef Lcicnt
G , the second SivinE the ~,.,aves whose frequencies are --lose
to those of the basic wave (hence, the coefficients are
still large) and the la:,t -riving all tt.e r--mnina_nL!, i~.-;Jves
which have small coefficients and can thus be neglected,
Table 4 gives th-e coeff'i^,ieits G n A, and a lor
different n.
Put t.LrLg: -
R COS6 + aiR Cos 6 Cos 6
n n
and using the wlationship sl;own for F: and 5 t h e
values of these two ouantities can be obtained. It should
be noted that R is not strictly constant with time but
changes very slowly - it can be represented by R = fH ,
where H depends only on the latitude and f oL the tiDe
Expressions for f and rt (defined as shown) and the
components h, s, p, N (mentioned later) are given in
Card5/8

Harmonic AnalyAs of Elastic Tides SDV/49-;8-E-2/!'/
Table ?.
The author next considers the elimination of waves close
to the basic one. It is assumed that a linear combination
of t.hese has been obtained and that fill waves have the same
phase change, k . (Eq.(a)). It is also assumed that the
amplitude relation H is the same as for the theoretical
tide (Eq.(b) ). The linear combination is written Dut
in terms of (a) and (6 ) , terms in cos 5., and sin 5.t are
eq4e.ted and R 1 and 6 1 thus obtained. In this way,
the 92, N2 and K, waves can be separated. M2 and 01
do not have neighbouriiw. waves differkng little in
frequency and so can be calculated immediately. The
* itudes and the phases of the waves M S N K
a
mpl 21 211 21 1
are obtained with an error -%-,,1-2%, whilst 0 1 is a
little less accurate. Since this inaccuracy is due to
waves with small coefficients in the expressions for
R cos 6 and R sin X , it can be reduced by going to the
second approximation. Table 4 shows how much the different
Card6/8 waves distort the values of R cos 6 and R sin 6

Harmonic Analysis of Elastic Tides -/
Values of 5 and R for the perturbinF waves, calcUlatea
f rom Sqs. ( a) and (6 )and also the corrections are ':
in Table 5 (the phaoeG and amplitudes of the jepaj,it!"o
waves are based on t~ie analysis of tt;e poLentiai c:or:-iej
out by Doodson (Ref 4?) ). Iteration of R and r, o%v
gives results of greater accuracy.
The author next tries to evaluate rou&tly the effect of
the remaininE waves which were left out of considci-a~i)ri.
He shows that only the 12--hour waves have an effect :)n
U , S and N whilst oaly the 24-hour cms lave w effect on
~2 2 2
K1 and 0 1 Also, only waves with frequencaes clise to
a need be considered and they can be found easily. It
is found that the 1'2 has th-ree waves of neighbourint--
frequency, N 2 - tLren and 0 1 - four. Forrru'Lae fcr
calculating the amplitude, phase and coi rections -- j_-ve.,i
in TE,ble 6. Formulae for calculatin(~ the esse,.tial,
astronomical data are Eiven in Table '/. A v: Dr k e d - ou
example is given in the ap-endix at the e,~d D"
Card?/8

Harmonic Analysis of Elastic --ides
comparison is made betwee!.i the tl~eore,,ical ana ciic ila'.~,d
values of the aziplitudes and phases. Tl,i,3 shov,s th'-It dt,
is essential to i6e the s,:cond api roximatiou for t1 e0
and N 2 waves.
The autbor thanks J.:i. Parlyskiy for 1,.js z,,--vice.
TherE are 6 tables and 4 refel-Ences, 2 j'L ar,~
English, 1 vr,%ch and 1 Soviet.
ASSOCIATION: Akademiya neuk SSSR Institut fiziki Zemli
(Ac.Sc. USSR,lr-,stitute of Terrestrial Piysics)
SUBIAI TTED: August 15, 195/
Card 8/~~, 1. -ides-Mathemstical analysis

SOV/49-59-2-8/25
AUTHORS:Pertsev, B. P., Pariyskiy., 11. Kr~,i.me r , L' . V .
TITLE: Compariscn Between Various Met.~io~t, oC NatvR-Ac Analyoi.,~ )I'
the Tidal. Deformation of the Earth (Sravneniye razliclinyk"i
metodov u;a--moni-.hes'1L-o,-o analisa prilivny1ch deforTuatsiy zemli)
PERIODIICIAL- Izvestiya i~icademii nauk S33R. 6eriya geofizicheskaya,
195'~, Nr 2, ~ 22-245 (U3SR)
I , pp I L~
ABSTRACT! In order '...) dcfii-~e 11-ae accura~,j of the har.ilonic Linalysis
of the elast j C t- 4
~~ , f the Larta, a comLariuDn was -made of
U- des :.
the raethods described b-,v A. T, Doodsin. ~, W. Lennon, R.
Lecolazel: and 3, P. Pertsev (R,~fs 1.-4). The theoretif-cal
tide wa:3 c~alc,'jlat~l fcr V account of the com-
ponents (,f the azld San ,-.r eve,-,; lio~x dur-*n',- 30 days,
startin'-'r fr3m, :.L,~dn!~-Lt cz- 1, 'Lcr 4"0 and
C)
X = C)c To simpliiy tne w-).i.,, value of:
7 M ~,r a
G = -, ,-'. ---.
E C
was take-.-~ as Luaity. Iz--- addli-.iji, ',lie pot.-ential for 19, ~'-l and
Card 1/3

Solr/49-59-2-8/25
ComDarison, Between Va-ri:)us of -',iarmon--c A--.al~rs-L3 of Tidal
Deformatilon :~f the Earth
of a si-m:-Iar frequency ( R21 711 and DO,- ) a-r e
considered. As an example, 41~he of tliese waves ~-r-
the Doodson and Pertsev Taett(/ds gives improved results for
and K T! -r= is 1 table- -~Ihere are L~
the wave3 S. I
references., of w1iieb i is Sov4let, I FT'en('.!i and 2 Ennlisl,.
ASSOCIATION: Akadcmiya nauk SS~,-M.. In5titut fizikL Zemli (Acadenv/ of
Sciences U36R IngtiLcate of Physi,s of t3e Earth)
SUBMITTED: AuFust 1')~)?.
Card 3/3

POPKOV, V.I... kwid. tekhn. nauk; TER-OVAKIKYAN, I.A.;KOBYLYANSKIY, D.A.;
KOLESNIKOV, P.A.; -EE-RTIM V 1JSHEV, Ye.A.; HUSAKOV, S.I.,
, KARAh
retsenzent; PLEZ-'YANNIKOV, M.N., red.; SHAFMIKOVA, T.A.p tekdm. red.
(Handbook for the clothing induetry worker] Spravochnik shveinika.
Moskva, Izd-vo nauchno-tekhn. lit-ry RSF.121. Vol.l. 1960 335
(MiL 15M0
(Clothing Industry)

PXBTSW, G.T.
Rrficient utilization of fabrics. Log. prom. 15 me.10:
17-20 0155. (NLRA 9:1)
(Clothing Industry) (Textile fabrics)

PERTI~,Flv, r'. V.
342L-4
c;ore-.,novnnive
I
SO: beto-As' Zn,irnallnvkh --tatey, Ilo. ~(), lq49

1W
r
k; fir 1'. V

PrVNMO, G.P.. [Fivnenko, H.P.1; GORDIYEFKO, V.I. [Hord'lienko, V.I.];
PIRMSElp, LL/,.j CHAGOVM, R.K. (Chahovetal, R.11.]
Effect of thickners on the quality of suppositorias. Famatsev.
zhur. 17 no-4:9-13 162. . (MM 16:3)
l.Kharikovskiy famatoovtichauldy inatituto
(SUPPOSITORIES) (TiircKENING AGENTS)