SCIENTIFIC ABSTRACT -

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001548210002-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 23, 2000
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

SOV/111-59-9-6/31
Automation of the Electrical Equiprient of Supporting Repeater
Stations on Cable Trunks
riations in input vol-;age to the equipment of from
-20 to +5%; not power output is 24 kw. Basic power
for the equipment is :,Irom an external AC line, or a
local diesel power plant. Normal operation of the unit
is with a synchronous generator driven by an asynchro-
nous motcr fed by the AC power line; alternately the
generator may be driven by a battery powered DO motor,
and switching from one drive to the other is automatic
in case of AC line failure or other trouble. The prin-
ciple of operation of the equipment is outlined in de-
tail with the aid of the diagram (Fig 1), The unit
includes a type VSS rectifier unit; voltage for remote
feed ie fed through a Scott transformer. A reserve
unit is included which is automatically started and
switched into the circuit in case of failure of the
basic un.4.t. The secord unit (Fig 2), for balanced
cable trur'~cs, supplies locally powered OUP and remote
Card 2/4 powered NUP equipmeni with DO voltages of -24 V9

SOV/111-59-9-6/31
Automation of the Electrical EquLpment of Supporting Repeater
Stations on Cable Trunks
+220 V, and 250 - 450 V. stable within +3~- for varia-
tions in input voltage and frequency of from -15 to
+5~, and -4 to +2% respectively. Basic power for the
equipment is take 'n from an external AC line; reserve
power is from an automatic diesel power plant. The
batteries in the unit are continually connected to
the load circuit insuring uninterrupted operation
of station apparatus. Normal operation of the unit
is throu,7h a VSS re3tifier unit powered by the AC
C?
line. Failure of the AC line causes the VSS unit to
be switched out of the circuit, to be replaced by the
batteries, and, in case of prolonged line failure, au-
tomatically by the diesel power plant. A reserve rec-
tifier unit is included in the equipment. The principle
of operation of the circuit is described in detail
with the aid of the diagram (Fig 2). Operation of
Card 3/4 protective,equipment in the unit is also briefly out-

sov/111-59-9-.6/31
Automati3n of the Electrical Equipment of Supporting Repeater
Sta-Itions c-q Cable Trunks
lined. There are 2 circuit diagrams.
ASSOCIATION: laboratoriya TsNIISa (laboratory of the TsY1IS)
Card 4/4

ADZHEKOV., S.A.; MURADYAN, A.G., kand.tekhn.nauk; FUSTOVOWENKO, O.D.,
starahiy inzh.; SERYAXOVI N.T.-F'...
High-frequency colmminication system using single quadded cahles
with unattevAiftransistorized booster stations. Vest. sviazi
21 no.11:13-16 N 161. (K= 1"':11)
1. Zamestitell nachallnika TSentrallnogo nauchno-ir--sledovatollskogo
instituta ov7azi Ministerstva sMsi MR. (for Afthemov),
(Telecommunication)

BOVKUN, Viktor Georgiyevich; KAZARINOV, Ivan AlekseYevich; KOKOSHKIDI,
Pavel Aleksandrovich; IYUBSKIY, Gennadiy Severianovich; IIEDOVAR,
Anatoliy Isayevich; PETROV, Viktor Vasillyevich; PIONTKOVSKIY,
Bronislav Aleksandrovich;_,cMu[IK(y,_I!Iyolay Ivanovich; ELINSON,
Mikhail Mikhaylovich; SERGEYCHUK, K.Ya., red.; GRIGOIIIYEV, B.S.,
red.; FORTUSIOIKO, A.D., red., BUSANKIKAp II.G., red.; SHEFER, G.I.)
tekhn. red.
[Engineering manual on electric communications; electric equip-
ment] Inzhenerno-tekhnichaskii spravochnik po elekirosviazi;
elektroustanovki. Moskva, Gos. izd-vo lit-ry po voprosam sviazi
i radio, 1962. 671 p. (MIRA 15:6)
(Telecommuni,:!ation-Handbooks, manuals, etc.)
(Electric engineering--Handbooks, manuals, etc.)

SERY. AKOV I N.I.; SHEYKINA, T.S.; PE7ROV, V.V.; IDBRILI, Z.Ya.;
SHESTERIKOV, V.G.; PRONIN, V.M.; LYUBSKIY, G.S.;
ISAKOV, I.K.; VOLODAPSKAYA, V.Ye., red,*
-[Automated power supply guarantee systems for telecom-
municatior apparatus] Avtomatizirovannye ustroistva ga-
rantirovannogo pitaniia apparatury sviazi; informatsion-
nyi sbornik. Moskva, Izd-vo "Sviazl," 1964. 132 p.
(MIRA 17:6)

F* 111- !"1' W) V.,k LY , B r -o n i s I av A 1e k s a nd rn v I -1h; " ", 11 i k o I s lvanovlvi!;
_,-y
- - I '-- .- EV
.:., v E.7 1. 1 y E v 4' * red ,
$ V.P.., n-tlr~ Gij"!l.'-iVoKAYA, 'M.,,
L--jeCtriC po,,~er SUpp-t-r f~r vir6 broadca3ting 3ntarprine3j
.1 1
Elektropitp,nie preduriiatii prnvodii-i sviazi, Mos-k-va, Izd -
vo "Sviazl," 1964. 591 p. ~MIR-'~ l7t4)

IBRAGIMOV, E.S.; MELIKOV, _,D.K.; ~J~AYAOV Jq, V.F.
AzINKASh-30 assembly for acidization of wells bottm areas.
Mash. i neft. obor. no,2t27-31 063, (MMA 17: 8)
1. Azerbaydzhanskiy nauchno-issledovatellskiy institut neftyanogo
mash:Lnostroyeniya.

IBRAGIMOV, E.S.; GORBOV, V.G.; SERYAKOV. V.F.
4An-700 pump unit for hydraulic fracturing and sandjetting.
Mash. i neft. obor. no. 120-14 163. (KRA 17s4)
1. Azerbaydzhanskiy nauchno-issledovatnllskiy institut
neftyanogo mashinostroyeniya.

3
A TYPH, OR Seryakov, V. T. S010-59-5-9/26
TITLE: Multi-purpose Work in the Position and Elevation
Preparation of Aerial Photographs (Kompleksnyye raboty pri
planovo-vysotnoy podgotovl:e aero.3nimkov)
PERIODIChL: Geodeziya i kartografiya, 1959, Nr 5, pp 25-26 (USSR)
ABSTRACT: Up to 1956 the po3ition and elevation preparations for
stereotopographical surveys on scales of 1 : 25000 and
1 : 10000 were as a rule carried out separately by team
Nr 58 of the Kazakhskoye JLGP (Kazakh Aerogeodetic Enterprise).
That is to say that parallel work was done by some teams
working on the positional conjunctions, by other teams
working on the elevation datum,anrl others still working on
the topographical identification of the aerial photographs.
Practical experience has -shown this working organization to
be inappropriate, and in 1958 16 multi-puruose teams were set
up, with the brigpde. Thesn teams carried out an elevation Pnd
position ,reparation on 9' trapezoids on a 1 : 25000 scale,
mainly in high mountains. Each team in the high mountains
~~onsi3ted of I topographer, I for-:?mpn, 3 rodmen, -nd 1
Card 1/3 t-1- nsport worker. In flat regions the team was comuosed of

Multi-Durnose 'York in the Position and Elevation SOV/6-59-5-9/26
Preparation of Aerial Photographs
5 men. The multi-purpose brigade carried out simultaneoLily
the surveying of the altitude traverses and the positional
con;iunction of the aerial photographs. The topographer
carxied out the identification at each ground control point
as well as at the transitions from one point to the other. In
the sections between the altitude traverses, the terrain was
identified - by means of additional inspection. - Tne
advantages of multi-purpose work are as follows: (1) reduction
in the number of workers requirea, (?) reduced tranirport costs,
(3) saving of Ume and means involved in the selection, study
and preparation of data for the work, 'Iewer sets of aerial
photographs and lithographic map prints required, (.1) the
party work on a smaller area and are therefore in a 'Detter
position to study the terrain, (5) increased output and
increased responsibility, on the part of the head of party,
for the entire scope of work done. - A serious disad-,~-antage is
constituted by the delays caused by the additional tours of
the topographer for the identification of aerial photographs
and for the aomputation and processing of data for tha position
CaL-kl 2/3 and elevation preparations. This shortcoming can be remedied

Itult-i-purpose Work in the Position and Elevation SCV -'559-5-91/26
Preparation of Aerial Photographs
by a change in the composition of the party. It Seems
desir-able to include one assistant topographer in eazh
multi-purpose party. The following composition of teams seems
recommendable: 1 head of party, who is at the same -time a
topographer, 1 topographer, and 4-5 workers. Beside3, the
entire technical personnel of the team would have to be
trained for this multi-purpose work during the winter months.
Card 3/3

I 7L- f
preu4ot~ng the thonn! 2tat,! cf'
r.D:~f;-(-.nzing part .:i" thin Barenk- Eca for a fj7re--vea.- pez-~031.
i ~:~6y Len. gidromiel- . ir~z no . 1177 ~ 5,7-61 164.

11--.%-, tvj~- , ;i ~ .- .
Seryakav, Ye. I., 'Water exchange of -the Baltic Sea with the North Sea and its
variability over inany years Tr. Leqingr..gidrometeorol. in-ta (Works of the Leningrad
Hydrometeorological Institute), No 4, 1956, No 4, p 185-197; RZhGeogr 9/57-19368)

SERYAKOV, Ye. I.
Cand Geog Sci'- (diss) "Heat balance of the unfrozen part of
the Barents Sea and its changes." Leningrad, 1961. 13 PP;
(Main Board of the Northern Sea Routes of the Ministry of
Maritime Affairs USSR, Arctic and Antarctic Scientific Research
Inst); 150 copies; free; (KL, 6-61 sup, 201)

KUZNETSOV, V.I., prof., doktor khim.nauk; SERTAKOVA, I.V.
Extraction analysis of elemento by means of low-melting organic
substances. Zav.lab..23 no.10:1176-1180 1574 (MIRA 10:12)
l.Institut geokhimii i analiticheBL-o7 khimii im. V.I. Vernadskogo
AN SSSR.
(Chemistry, Analytical)
(Extraction (Chemist77)

5(2), 50) SOV/75-14-2-3/27
AUTTIORS: Kuznetsov, V. I., Seryakova, I. V.
------
--
TITLE: -----
Low-nielting Extracting Agents in Analytical Chemistry
(Legkoplavkiye ekstragerzty v analiticheskoy khimii)
PERIODICAL: Zhurnal analiticheskoy khimii, 1959, Vol 14, Hr 2, PP 161-166
(USSR)
ABSTRACT: In the present paper a list of low-melting solid mixtures of
extracting agents which are suited for work at various pH%
values is given. The extracting agents mentioned %ere select-
ed in connection with investigations of the extraction of
iron (as FeC1_) and cadmium (as CdJ-). Iron and cadmium were
4 4
selected because the complex anions mentioned are stable in
wide ranges of pH. The good values of the distribution co-
efficients which were obtained for the two elements suggest
that the extracting agents inver`4.ga~ed are suited also for
the extraction of other elemei,ts an the condition thal they
form easily extractable complex anions in the correspAding
pH range. By using solid low-melting extracting agents the
separation of elements is simplified because separation may
Card 1/4 be carried out in a simple flask without using a separating

SOV/75-14-2-3/27
Low-melting Extracting Agents in Analytical Chemistry
funnel. The following oxygen-containing solvents were inves-
tigated in a mixture with approximately 25% paraffin: methyl-
ethyl ketone, cyclohexanone, diethyl ketone, m:ethyl-butyl
ketone, methyl-isobutyl ketone, propyl acetate, butyl acetate,
amyl acetate, butyric acid ethyl ester, isovaleric acid ethyl
ester, and benzoic acid ethyl ester. Due to the addition of
paraffin all these compounds form solid or semi-solid mix-
tures which become easily fusible already if the temperatures
are only slightly increased. The mixtures described are
suited for extractions from 0.1 N *o 18 N acid solutions.
In the case of the extraction from 0.1 - 5 N acid solutions
it is appropriate to add alkali salts o-f the corresponding
halide which forms the anion complex in order to increase the
distribution coefficient. Further, low-melting amines and
mixtures of liquid amines with paraffin were investigated:
a-naphthylamine, mixtures of dimethyl anil;'ne and paraffin~
an.51 of o-chloro aniline and raraffin. Thei~o mixtures are
especially suited for the extraction from weakly acid solu-
tions (pH 1.8 - 3-7). They are, however, 4asily oxidizable.
Thus, e.g. by using these mixtures iroL Pannot be extracted
because under the conditions oZ extraciion it is reduced to
Card 2 4 the bivalent stage which cannot be extracted. All mixtures

SOV/75-14-2-3/27
Low-melting Extracting Agents in Analytical Chemistry
investigated, the pH ranges of their applicability and the
corresponding distribution coefficients for cadmium and iron
are tabulated. A further table contains the applicability
of the mixtures to the various pH-ranges:
1 - methyl-ethyl ketone
2 - cyclohexanone
3 - diethyl ketone
4 - methyl-isobutyl
.3 P- -9 ketone
2M~ ~r. 4 5 - methyl-butyl ketone
40~~S ~

a- Z~4 -t, PH
1 40

- 6

propyl acetate
00 z ILS91 0.946. 8 40 42 A4 -16 At NT -butyl acetate
equilibrium acidity
8
- ethyl butyrate
a - a-naphthylamine 9 isoamyl acetate
b - dimethyl aniline 10 ethyl-isovalerianate
c - o-chloroaniline 11 ethyl benzoate
The production of the extraction mixtures is described in
Card 3/4 detail irr this paper. There are 3 tables and a references,,

SOV/75-14-2-3/27
Low-melting Extracting Agents in Analytical Chemistry
4 of which are Soviet.
ASSOCIATION: Institut geokhimii i ana2bicheskoy k7aimii im. V. I. Vernadskogo
AN SSSR, Moskva
(Institute of Geochemistry and Analytical Chemistry imeni
V. 1. Vernadskiy AS USSR, Moscow)
SUBMITTED: PebruarY 3, 1958
Card 4/4

5.4ooo,16.7100 78.-17,37
sov/Bg-8-3-22/32
AUTHOR: Seryakova, I. V.
TITLE: Symposium on Extraction Theory. News in Science and
Technology
PERIODICAL: Atomnaya energiya, 196o, Vol 8, Nr 3, pp 269-270 (USSR)
ABSTRACT: The symposium on theory of extraction processes was
held on December 3-4, 1959, at the(institute of
Geochemistry and Analytical Chemistry imeni V. I.
Vernadskly AS USSR (Inst1tut geokhtmil i analiticheskqr
khimli Imeni V. I. Vernadskiy AN SSSR). The aim was to
evaluate the most important problems of the extrac-41on
theory. There were five pape-s on questions of chemistry
and thermodynamics of extraction equilibria, on the
influence of the nature of extragents and salting-out
agents, on the composition of the extracted compounds
and their interaction with molecules of water and -,he
extragent. V. I. Kuznetsov reported on "The Chemistry
of Extraction Processes," based on the theory of action
Card 1/4 analytical organic reagents. He attempted to compa~re

Symposium on Extraction Theory. News 7833-1
in Science and Technology SOV/'89-d-3-22/32
Card 2/4
the tendency of ions to form extracting compounds with
the quantity z/n of that ion, where z is the charge
of the Ion, and n is the number of atoms in that ion
K. B. Yatsimirskiy and M. M. Senyavin were critical of
such an oversimplified approach. V. V. Fomin presen-
ted a paper on "Extraction Equilibria," in which the
investigated those chemical reactions in which the
extragent participatEs in both phases. He notes that
an element during the extraction process need not
lose, its hydrophilic nature. A. A. Lipovskiy and
V. A. Mikhaylov together with the author discussed
the merits of the accepted view of the oxonium mecha-
nism of extraction of elements. The paper by A. V.
Nikolayev, N. M. Sinitsyn, and A. M. Shub1na, "Donor-
Acceptor Properties of Extragents," deal'- with the
influence of the nature of organic solvent on extrac-
tion. According to their data, an increase in dipole
moments augments the degree of element extraction.
N. N. Basargin pointed out in the discussion that-in
the case of elements having a tendency to build
covalent bonds, the result may be just the opposite.

Symposium on Extraction Theory. Nevis 78337
in Science and Technology soV/89-8-3-22/32
Card 3/4
V. G. Timoshev discussed the decisive -role of dono-r-
acceptor proper-ties of phosphorus-containing extragents.
The salting out in extraction processes was investigated
in the paper by 0. Ya. Samoylov and V. I. Tikh-omir-ov
using statistical inquiry into the thermal motion of
molecules. Basically, the explanation given took into
account the dehydrating properties of salting-out cathions.
A. A. Nemodruk pointed out during discussion that one
should take into account also the anion concentration
of the salting-out agent and other factors. A. 14. Rozer
presented in his paper the u-e of thermodynamics in
describing the extraction equilibria. Tt was'no-ed
dqring discussion that many thermodynanic quanti-utes
should be measured in tests at different temperat!.i'.-es.
V. M. Vdovenko, A. K. Babko, D. D. Suglobqv, I. R.
Krichevskiy, and A. A. Chaykhorskiy participated also
in the general discussion. The symposium determined
the main course of future investigations of the theory
of extracting processes, in particular: to explain the
reasons for the selectivity of the solubility of anor-
ganic and organic compounds in various solvents,, to

Sumposium on Extraction Tfteory. News 78-33"1
in Science 9nd Technology SOV/89-8-3-22/3:2
expend the investigations of solvation, and part,-cularly'
hydration of ions and molecules, to study further the
chemism and thermodynamics of extraction equilibria;
and to expand Inquiries determining the composit'-on
and nature of the extracting compounds. The symposium
recommended the establishment of a permanent seminar
dealing with the tneory of extraction, The basic
materials of this symposium will be published In 1960
by Atomizdat.
Card 4/4

ZOLOTOV, Yu.A.; SERYAKOVAY I.V.; ANTIPOVA-KARATAYEVA, I.I.; KUTSEMKO,
Yu.I.; KARYAKIN,
Effect of the organic solvent on the formation of the tetrachlcro-
ferrate ion during extraction of iron from chloride solutions.
Ziur.neorg.khim. 7 no.5-1197-1203 My 162. (MIAA 15:7)
(Iron) (Chlorides) -(Extraction (Chemistry))

SERYAYOVAj_J~N._._
Conference )n extraction in analytical chemistry. Zhur.anal.tekh.
17 no.2:269-27:L Mr-Ap '62. (MIRA .15:4)
(Chemistry, Analytical--Congresses) (Extraction (Chemistry)

ZOLOTOV., Yu.A.; ~ERYAKOVA, 1.V.; KARYAKITN; A.V.; GRIBOV, L.A.;
ZUBRILIKAJ, M.Ye.
Hydrate-solvate mechanism of extraction. Dokl.AK SSSR 145
no.1:100-103 Jl 162. (MM 15:7)
1. Inst-itut gookhimli i analiticheskoy kbimil imeni V.I.Vernadskogo
AN SSSR. Predstavleno akademikom. A.F.Vinogradovym.
(Extraction (Chemistry))

S/83o/62/000/001/003/012
E071/E1921
AUTHORS: Kuznetsov, V.I., and akKXahova Iy-
TITLE: On the mechanism of extraction of elements with
oxygen-containing solvents
SOURCE: Licstralcts iya; teoriya, primeneniyel apparatura.
Ed. by A.P. Zefirov and 'N.M. Senyavin.
I-loscqw, Gosatomizdat, 1962. 104-111
TEXT:. Using as an example the extraction of chloride anion of
iron (111) with dimethylpyrone and cyclohexanine, the authors
confirmed the oxonium inechanism of extraction of e leine nt s. Iron
liras determined radiometrically using Fe59 'and at higher concentra-
tion rhotometrically with sulphosalicylic acid, the concentration
of chloride ion by tile Folgard method,'and of cyclohexanone by the
hydroxylainine method. The experimental procedure consisted of
shaking a solution of iron containing a given amount of hydrochloric
acid and lithium chloride (total 1 ml) with a solution of the
extracting agent in chloroform or toluene (I ml) and subsequent
.-re-extraction of iron from the organic phase with water. By
:corriparing the increase in. the solubility of cyclohexanone in the.
Card 1/3

On the mechanism of' extraction of S/83o/62/000/001/003/012
E071/E192
aqueous phase with the degree of extractability of iron, it was
found that the more extracting agent transferred into the aci(I
phase, the higher was the degree of iron extraction. The I:Lmj.t of
this Process was determined by the fraction of-dissolved cyclo-
hexanone ~vhich is not the same for v,
arious conditions. The maximum
degree of extractior- and the maximum solubIlity of cyclohexanone
were shifted towards higher acid concentrations in the aqueous
phase. Such relationship between the degree of extraction of iron
and the transfer
of the extracting agent into ~he aqueous pha~Fe
was explained by the oxonium cations, forming during the'inter-
act-ton between the extracting agent and acid, and participating in
the extraction. On extraction of iron, from solutions practically
free from hytrochioric acid but containing a high concentration of
lithium chloride, iron was extracted by oxygen containing solvents
in the form of LiFeC14- 1,,'hen a part of the lithium chloride is
replaced by hydrochloric acid (with the retention-of chloride ~on
concentration), oxonium cation of the extracting agent is formed
and part of the iro.i is extracted in Vie form of oxoniuni salt.
This was confirmed by determining the dependence of the Li/Fe
Card 2/3
a

on the mechanism of extraction ... S/63o/62/000/001/003/012
E071/B192
ratio in the extract on the acidity of the starting solution.
A cor;iparison of the dependence of the extra,cting ability of
dimethylpyrone and diethylether on the acidity of' the aqueous
phase indicated that oxygen in dimethylpyrQne possessed a higher
ability to coordination as it 'began to extract iron well at a
lower acid concentra-tion. It was concludea that with o'xygen
containing substances iron can be extracted in the form of oxonium
salts. This is possible at such a-cidity, at wbich the extracting
agent' used is able to form the necessary concentration of oxonium.
cations. of tile extracting agents investigated, dimethylpyrone
formed oxonium salts at the lowest acidity.
There are 4 figures and I table.
Card 3/3

07',~T". Sj'.-, _ - L 1. -C)V,& US
F , . j . 7. L;~J; Y,~ P. I- V.
Dctraction separation of vanadium and uranium. Ekstr.; teor.,
prin.,japp, no.2 -227--~'-Iq4 162. (MIRAI 25-0/)
(Uranium.. -Analyals' (Vanaldium-Pralysis)
.(&ctraction (Chem'istry))

SE.RyAK(,-jA J.V.; ZOLOTOV, Yu.A.; KARYAKIN, A.V.; GRIBOV, L.A-;
ZaRILITIA yM.Ye .
PossibilitT of the SolvatiOn of a tetrachloroferrate ion in
the extra-ation of iron from chloride solutions. Zhur neorg.
khim. 7 no.832013-2018 Ag '62. (MIRA i6:6)
1. Institut geokhimii i analiticheskoy khimii imeni V.I.
Vernadskogo AN SSSR.
(Ferrates) (Solvation) (Chlorides)

SERYAKO)VA,_I.V.; ZOLOTOV, Yu.A.; KARYAKIN, A.V.; GRIBOVI L.A.
Hydration and solvation of strong acids during their extraction.
Zhur.naorg.khim. 8 no.23474-480 F 163. (MIRA 16:5)
1. Institut rookhimii i analitichaskoy khimii imeni V.I.Vernadskogo
AN SSSR.
(Acids--Spectra) (Extraction (Chemistry)) (Solvation)

WLOTOVY Yu.A.; SERYAKOVA I.V ; KARYAKIN, A.V.; GRI~OV, L.A.; ZUBRILINAP M.Ye.
- I ~- -
In*&~ed spectra of some strong acids extractga with oxygen.'containing
solvents. Zhur.neorg.khim. 8 no.2:481-486 F 163, Omu 16:5)
14 Institut geokhimii i analitic$ikoy khimii imeni V.I.Vernadskogo
AN SSSR,
(Acids-Absorption spectra) (Solvents)

SERYAKOVA, I.V.; ZOLOTOV, Yu.A.
Extraction of Iron from solutions of chlorides of various metals. Zhur.
neorg.khim. 9 no.1:187-189 Ja. 164.
Extraction of a chlorides nemp-lex of iron from solutions af~perchlorjc
and sulfuric Acidsl Ibu. O.W-195 (MIRA 17:2)
1. Institut geokhimii i analitidheakoy khimii imeni V.I.VernadEkogo
AN SSSH.

ANTIPOVA-KARATAY-EI-VA, I.I.; ZOLIOIrOV? Yu.A.; SERYAKOVA, I.V.
Spectropho tome tric study of chloride complaxes of iron, (112)
In relation to the extraction of iron o-vjgen-conzaining
solvents. Zhur, neorg. khIm. 9 no.7;1712-1'119 JI 164.
(MIRA 17.-'~~)
1. Institut geokhiinli I. analiticheskoy khimii imeni
Vernadskogo AN SSSR.

SERYAKOVA, L.P.
Determination of evaporability and calculations of irrigation rates.
Izv. AN SSSR. Ser. geog. no,6:112-117 N-D '57. (MIRA 11:1)
1. Loningradakiy gidrometeorologichookiy institut.
(Irrigation) (Evaporation)

SERYAKOVA, L.P., Dand Geog Sci -- (diss) "Determination of
ev4porability and study of the effect of climatic factors
:-))-~bn irrigation norms." Len, 1959, 10 pp (Main Administration
of the Hydrometerological Oervice under the Council of
Ministers USSR. Main Ueophysical Observatory im A.I.
oyeyhov) 150 cof-ies M, 33-59, 117)
12 -

GALIPERIN, B.M.; SERYAKOVA, L.P.
Scattered and total solar radiation under various conditions.
Trudy GGO no.152:96-109 164. (MIRA 17:7)

-7-
GW
L 12989-66 En(l)
ACC HR, AR6000801 SOURCE CODE: UR/0169/65100010091BO220023
SOURCE; Ref. zh. Geofizika, Abs. 9B187
C/
AUTHOR* Gal ?Cp/ M Se
er rvakova. L . P,
'TITLE: Basic characteristics of short-wave radiation and diuznal radiati balan
on ce
CITED SOURCE: Tr. Leningr. gidrometeorol. ifi-ta, vyp. 22, 1964, 11-34
TOPIC TAGS: solar radiation, optic albedo, solar radiation scattering
TRANSLATION: The authors consider time and sprace variabilityi h intensity of
,T~ t
scattered and total solar radiation and the radiation balanceN foOge snowless peri-
od (from April to October). The bas1c materials for the work were data frcm analy-
.$Is of routine actinometric observations from several groups of stations in various~
regions of the Soviet Union (northwest, central and southern European sections, far
east and middle Asia), as well as previously published data. The short-wave radia-
and radiation balance is consi&red-for all regions under clear, partly cloudy
and low overcast conditions.. Data from individual: climatic regions only was used
iwhen cloudiness was less than*10 points. Data for each month was used to analyze
Card 1/2 -5.51.521

VARVARGY, N.A.; WBRONRAVOY..V.V-, profoosor, doktor fisiko-matemati-cha-
*ikb. nauk; KIRKULOT, I.A., inzhsnft~-koustruktor; SZRTAPIW,.,A.D.
laureat Stalinskoy premii; STAIMMOVICH, K.P., professor, dokUdir
teklinichaskikh nauk; KHLKVTSEVICH, Yu.S., kandidat tekhnicheskikh
nauk; SHTERNFELID, A.A., laureat mezhdunarodnoy pooshchritelinoy
premii po astronavtika.
&route to the stars. Tekh.mol. 22 no.7:1-7 J1 154.
1. Predeedatel' sektaii astronavtiki pri TSentrallnom aeroklimbe SSSR
imeni Chkalova (for Tarvar! or). 2. Zamestitell predsedstelia armqhno-
tekhnicheskogo komitsta. pf kosmiclaesk6y navigatsit, sektAis-astio-
navtiki (for Dobronravov'j. 3. Predsedatell nauchno-tekhnicbeskogo ko-
miteta po raketnoy takhnike, sektaiia astronsytiki (for Herkulov).
4. Predoedatell nauchno-takhnichemkogo komiteta po biologii kommiches-
kogo poleta, sektsiia astronavtiki. (I So _ in). 5. Chlen nmohno-
. or pl_ryap
takhnichaokogo komitata po astronomichesicim f-TTUicheskim proble
(for Stanyukovich), saktaiia asti,onaytiki.6. Predesdatell nmichno-tekh-
nicbeekogo komiteta po radio-telaapravloniyu (for Khlebtsevich), sek-
taiia, astronavtiki. ?. FWasdatell nauchno-tekhnichookogo komitets
po koamicheakoy navigs-3ii (for Shternfelld), saktails astronavtiki.
(Interplanetary voyages) (Space ships) OCEMA ?:6)
-7Z.-A~ qobOca-

VOU111111, Yu.M.; YAZDOVSKIY, V.I.; G~MN, A.M.; VASIL'YE11, P.V.;
GYvURDZHIAN,, A.A.; GUJOVSKIY, N.N.; GORBOV, F.D.; SERYAPIN.
-A.D.; B-MM, *T.Ye.; BAYEVSKIY, R.M.; ALTUKHOV, G.V.;
KOPATTEV, V.I.; Y-A-SOYA11, I.I.; YE30ROV, A.D.; SILIVESTROV,
M.M.; SMPUYA, S.F.; TERMITIYEV, V.G.; KRYLOV, Yu.V.; FOMIN,
A.G.; US~AKOV, A.S.; nF('YkREV, V.A.; VOLOVICH, V.G.;
S
5
TEFANTSCV, V.I.; NfAS11iAOV, V.I.; YAZDOVSKIY, V.I.; USHIS,
I.S., tekhn, red.
(First space flights of man; the scientific results of the
L-.edicobiological research conducted during the orbital
flights of the spaceships "Vostok" and 'Vostok-2"]Fervye
koumicheskie polety cheloveka; nauchny rezulltaty mediko-
biologicheskikh issledovanii, provedennykh -,ro vrev_ia orbi-
tallnykh poletov korablei-sputnikov "Vostok" i "Voatok-2.1,
1-!oskva, Izd-vo Akad. nauk SSSR, 1962. 202 p. (IMIR-4, 15:1111'
(SPACE NEDICIDE) (SPACE FLIGHT IRKMING)

,:/Z,'65/62/001/000/015/033
A* 1 5
%1ITHORS: AnLipo%~-* V,V., Onyovskiy. R.M., Gazcnico, O.G.,
Cciii.i, A.N., Gvurdzhian, A.A., Zhukov-VcrQZhnikov. N.N.,
Zhuravlev, B.A., ;~arpova. L.T.,T-,-r-f-enov, G~-l ~,~
Scryapin, A.D., Shopelov, Yv.Ya., YnzdQvskiv, V.I.
TITLI,: Sonic re.-tu).ts of wedical -.kiiid biological investigations
in the second and third satelLites
Sc Ed. by
'(11!C'-" Problemy 1cosinicheskiy biolorii. v.1.
N-~i.Sisakyan. Voscusir, "zd-vo Mv sssrt, 1.962. 267-2814
'E"XI The maiii.teriance of life conditions is discussed with
pecial reference to the second Soviet satellite. During the
flight the proportion of oxygen in the air of the cabin could be
ii:aintaincd at 21 to 24~',, whereas the relative humidity rose from
16 to 190C. Water and
37 to 47',;- The temperature ranged froia
food were provided together in a inixture solidified with agar, in
order to facilitate automatic dispensing in conditions of weight-
lessness. This was carried out twice daily by command signals
from 7arth' Telemetric rucording of the physiological parameters
of the dogs Belka and Stralka during space flight showed tho
Card 1/2

S/865/62/001/000/015/033
results of medical ... E028/E185
Occurrence of tachycardia as a result of ace-aleration, noise and
%-ibration; there was also a rise in the respiration rate: ;a return
LO rior'A,il i)2-e-flight vjluos occurred during the condition of
w(::~7;ILIess-IOSS. :ovements a[' the animals %,rero observed by
cvision caincras and also by po tent ionic tric sensors mounted in
!)'Il*-,I'.ss. No abnormalities were observed in the behavior of
after return to earth or during the following 3 months.
i Wal cor'Cluded. from the experiments carried out in the second
that dogs could readily be accustorned to space flight
I':; lm'i t i Oil S .(.1,C11CLIC changes were noted in the progeny of
L pLaiit seeds and fruit flius after return trom space
~-;I The third space satellite contained two dogs (Pcholka
Livo guineapigs, two rats, twenty six mice, fruit flies,
o*.hcr biological miaterials which we-e included in order
effects of cosmic radiation. The results are not

BAIA KIIUV-S T-TY, I.S.; GAZENKO, O.G.; GYURI)ZHIAN, A.A.; GENIN, A.M.;
KOTOVSKAYA., A.R.; SFRYAEj&--A,,D.; YAZDOVSK1Y, V.I.
Results of investigations in an artificial satellite. Probl.
kosm.biol. 1:359-370 162. NIRA 15:12)
,(SPACE FLIGHT-POSIOLOGICAL EFFECT)
I . ;IIi

VOLYNKIN, Yu.M.; YAZDOVSKIY, V.I., prof.; GENIN, A.M.; GAZENKO,
O.G.; GUROVSKIY, N.N.; YEMELYANOV, M.D.; MIKHAYLOVSKIY,
G.P.; GORBOV, F.D.; SERIALIT A 0.; BAYEEVSKIY, R.M.;
ALTUKE;OV, G.V.; KOPAM, V.L, KASIYA11, I.I.; ~EASNIKOV,
V.I.; TERENTIYEV, V.G.; BRYANOV, I.I.; FEDOROV, Ye.A.;
FOMIN, V.S.; ARUTY73NOV, G.A.; OTIFOV, V.V.; KGTOVSKAYA,
A.H.; KAKURIN, L.l.; TSELIKIN, Ye.Ye.; USHAKOV, A,S.;
VOLOVICH, V.G.; SAKSONOV, P.P.; YEGOROV, A.D.; NEUMYVAKIN,
I.P.; TALAPITI, V.F.; SISAKYAN, N.M., akademik, red.;
KOLPAKOVA, Ye.A.., rod.izd-va; ASTAFIMA, G.A., tekhn.red.
[First group space flight; scientific results of medical
and--biological studies carried out during the group orbital
flight of manned satellites "Vostok-311 and "Vostok-4]
P6rvy~,..gruppovoi kosmicheskii polet; nauchriye rezulltaty
mediko-biologicheskikh issledovanii, provedennykh vo vremia,
ffruppovogo orbitallnogo poleta korablei-sputnikov "Vostok-3t'
i "Voskot-4.11 Moskva, Izd-vo "Nauka," 1964. 153 p.
(1,111IRA. 17:3)

VOLY14KI21, Yu.M.; ARUTYUITOV, G.A.; ANTIFOV, V.V.; ALTUKHOV, G.V.;
BAYEVSKIY, R.M.; BELAY, V.Ye.; Zjy-00V, P.V.; BRYA1,10V, I.I.;
VASILtYEV, P.V.; VOLOVICH, V.G.; GAGARD, Yu.A.; GEVII!, A.M.;
GORWV, F.D.; GORSHKOV, A.I.; GUROVSKIY, N.N.; YESHANOV, N.Kh.;
YEGOROV, A.D.; KARPOV, Ye.A.; KOVALEV, V.V.; KOLOSOV. '.A.;
KORESHKOV, A.A.; KA91YAN, I.l.; KOTOVSKAYA, A.H.; Y411BERDIN,
G.V.; KOPANEV, V.I.; KWIMI1~;OV, A.P.; KAKURIN, L.1 ; KUDROVA,
H.V.; LEBEDEV, V.I.; LEBEDEV, A.A.; LOBZDI, P.P.; MAKSIMOV,
D.G.; MYASNIKOV, V.I.; NALYSHKI11, Ye.G.; NEUMYVAKIN, I.P.;
ObISHCBENKO, V.F.; POPOV, I.G.; PORUCHIKOV, Ye.P.; SILIVESTROV,
M.M.; SURYAPI11.,-A.D.; SAKSONOV, P.P.; TEREFiTlYEV, V.G.; USHAKOV,
A.S.; UDALCV, Yu.F.; FOMIN, V.S.; FOMI11, A.G.; KHIEBNIKOV, G.F.;
YUGAITOV, Ye.M.; YAZDOVSKIY, V.I.; KRICHAGIN, V.I.; AKULINICHEV,
I.T.; SAV111ICH, F.K.! STMPURA, S.F.; V0SKH9SENAIY, O.G.;
GAZENK01 O.G., SISWANO N.M., akademik, red.
[Second group space flight and some results of the Soviet
astronauts' flights on "Vostok" ships; scientific results of
medical and biological research conducted during the second
group space flight] Vtoroi gruppovoi kosiicheskii polet i neko-
torye itogi poletov sovetskikh kosmonavtov na korabliakh
JIVostok"; nauchnye rezu-11taty riedikobiclogicheskikh issledovanii,
provedennykh vo vremia vtorogo gruppovogo kosmicheskogo poleta.
Moskva, Nauka, 1965. 277 p. (MIRA 18:6)

5/90~J62/000/000/1337/044*
B102/B234
AUTHORS: Osokina, R. M., Re Y G
121 123
TITLE; Photoprotons from 8b and Sb
SOURCEt Yadernyye reaktsii pri malykh i arednikh energiyakh; trudy
Vtoroy Vaesoyuznoy konferentsii, iyull 1960 g. Ed. by,
A. S. Davydov and others. Moscow, Izd-vo AN SSSRtl962t 504-50i
TEXT: The great effect of the nuclear shell structure on the nuclear photoj~.'-..
effect has already been observed in thj closed-shell region Z = 28. 'It is
121 123
now investigated for the Z . 50 region. -The isotopes Sb and Sb whase._-',
photoproton energy spectra and angular distributions were,measured differ-'
as regards the state of the I'valency protons" abave the closed shelli for-
121
Sb it is in the 2d state and for Sb in the-19 state. The contri-
5/2 7/2
bution of the valency protons may be estj;mated from the,difference of the
121
spectra. The target
a used for the measurements were enrichedin Sb to
123
95.5% and in Sb -to 81-5%- The method,of measuring was the same'a
Card 1/2

7
/963' 6910661~ 1164
121 123 ~4
Photoprotors from Sb* - and Sb
3234
described here o'nPage 498. The targets were again exposed to bremsEttrahlurg
Mev) -f row the FIA11 -synchrotron and.
max 19 5 -the,protons- recorded with:
e'phot o-
nuclear omul3iona. The baokground,was separately determined. Th
proton yield ratio was' for Bb 11211--S123 -
(1,2+0 3) b The. cnergy Elpea ra
121
of the protom differ greatlyt for Sb it has a flat -and broad. maximuz
123
bet,,,ieen 5 and 6 Mev, for Sb it hasa high peak-at j 5Mev and perhapsa
cond smaller peak a4' v7 Mev and then iti,drops continuously ands formsa
se
:7~ SMall high-energy tail. The angular distributions- are isotropic- for ~low_-;~- t-
energy protons and have a flat maximum between ao-iooO.1 for E >- 7 Meir whichi
-P
Bb 12 3, il ..
13 somewhat higher for Th3 investigations are still,'prooeeding,
There are 4 figures ajad 3 tables.
'SSOQIATION; FizioheE;lc.--'y institut ims F~ N. Lebedeva.AN SSSR (Physics
-A
Institute imen17p.-N. Lebedev jsR):--
Card 2/2

_(I)JFa(m)A/UJPW/= - -I.7P(r-) AT/.in
ACC NR: AR6004654 SOURCE CODE: dR/O275/65/OOO/O1O/B0O1/'_=O02
AUTHOR: Karasik, Ye. A.; Seryapi4a..N. V...
T--'!-.LE-. Electrical propertles of epItaxial/p-n junctions
SGURGE: Ref. zh. Elektronika i yeye primeneniye, Abs. 1OB9
REF SOURCE: Sb. Vychisl. sistemy. Vyp. 15, Novosibirsk, 1965, 133-138
TO?IC TAGS; pn junction, epitaxial Junction, QR semiconductor gei,-,=ium
ABSTRACT: P-n junctions obtained by epitaxial building up of single-cryst'.11 p-Ge on
an n-Ge backing were investigated. The junction thickness was determined by means of
an oblique cut of 10, with either a thermal probe or visually (by electrolytic
atchina in a 10~6.KOH solution). A square-law relation between the charge capacitance
and the bias voltage, which correspondedto an abrupt junction, was observed. The
I-V characteristics measured within +25 -196C revealed considerable reverse
currents even at a low negative bias which may be associated with a high derwity
of structural defects in both the film and the backing. The forward-current vs.
bias-voltage plot is exponential, I - exp qv/p kT; 0 r- 6 at 20C. At voltages
0.7-0-75 v, an inversion of forward-current vs. teuperature relation was observed
which agrees with the theory of p-n junction at high injection levels.
Bibliography of 6 itles. V. F. (Translation of abstract]
SUB CODE: 09

ILOIN, Ye.M.; SERYAYEV, V-A-
.-MWOMMMEMWONNOW
"Supple"- system honing and lapping heads. Stan.i instr. 28 no.4:
26-29 Ap '57- (GrindIng machines) MRA 10:5)

ACC NRi "-AT6023380 SOURCE,CODE t'- Ui/0000-/65/000/000/0044/0049:.
AUTHOR: Seroyeznov, A. N. (Novosibirsk)
ORG: none
VVN
TITLE: Measuring thermal electromctive force in the presence of noise
SOURCE: Vsesoyuznaya konfe-,entsiya.po avtomaticheskomu kontrolyu i metodam elektri-
cheskikh izmereniy. 5th, Novosibirsk, 1963. Avtomaticheskly kontrol' I metody
elektricheskikh izmereniy; trudy konferentsii. t. 1: Hetody el~ktricheskikh izmereniy.
Tsifrovyye izmeritel'nyye pribory. Elementy izmeritel'nykh sistem (Automatic control
and electrical measuring techniques; transactions of the conference. v. 1: Electrical
measuring techniques. Digital measuring instruments. Elements of measuring systems)..
Novosibirsk, Izd-vo Nauka, 1965, 44-49
TOPIC TAGS: thermal EMF, thermocouple, signal noise separation, interference
reduction, interference immunity
ABSTRACT: A study is made to determine the best methods of measuring thermocouple
voltages in the presence of common mode interference and noise due to the difference
in potentials between the ground points of thermocouples and the measuring instruments
In tests involving 5 types of thermocouples (length, 10m; wire diameter, MGM) It was
established that the noise say attain 390pV. The ground loops contribute a major
portion of the noise. The author recomimends four sethods of noise control. 1) Utill-
Card 112

NRt AT6023380
zation of a compensating transformer betvaen the three-terminal thermocouple and the
measuring instrument. The transformer ccnnection is such that the noise in one them(
couple arm will upon transformation tend to cancel the noise originating in the other
am. The maximum.possible common node riajection by this method is 80db. 2) Utiliza-
tion of a sampling capacitor which is swLtehed back and forth between the thermocouplA
and the measuring instrument. Since the instrument is always completely isolated from
the thermocouple, the noise causedby gr)und loop voltages will be reduced by 140db.
3) Utilization of a bridge circuit which say reduce the noise by as such as 60db. 4)
For practical situations when both noise sources are present, the O"t effective
method*is to use a combination of the first two circuits. In this case. the noise
level may be reduced by as such as 180db. Orig. art. has: 1 formula, 2 tables, and
8 figures.
SUB CWEOO,09/ SUIN DMs 2OSeo5/ ORIG UY: 004/ OTH RV: 002

L 632-50-65 Pf-4 GS
ACCESSION NR: AT5013046 UR/0000/64/99Z100010171/017T
:~AUTHOR: Serlyeznov, A. N. (Novosi&r'84
TITLE: Method of temperature measurement under high noise cbnditionfi
SOURCE: Vvsesovuzn'aya konferentsiya po avtomaticheskomu kontrpipA, i metodam
ektricheskikh lzmereniy. 4th, Novosibirsk, IVZ. Avtomaticheskiy kiintroll U
t-j
metcdy eleklricheskikh izmertuAys, trudy~konferentsiy, t. 2: Tgoriya
11zmeriteI'nYkh info r ma'tsi onnykh siste M. L-,i*aterny,a~,toma-tichegki)gokontro~ya.-.
Elektricheskiye izmerqniya neelektricheskikh velichin lAutowatic control and
electrical measuring teFliniquess, transactions of the conferenci3, v. 2: 'rheory of
information measurement systems. Automatic control systems. Electrical
- -- --------
Wkisiliirsk- -Rddizdat-Sib.--otd----
easurements o" nonelectrical quantifies 6
IAN SSSR, 1964, 171 -;1771.
TOPIC TAGS: three electrode. therrnoc6uplei temperature. measuren
body-
;ABSTRACT, The problein of rneAsuring-- the -temp rature--oi-

fie'; C=- irl Ma&suring

Uaing electric welding for reconditioning main rods. Zhel. dor.
tranap. 37 no.8:72-73 Ag '55. (MIRA 12:6)
l.Inzhener aluzhby lokomotivnogo khozvaystva Yugo-Vostochnoy dorogi,
Voronezh.
kIlocomotives-Volding)
.4

AP6032512 SOURCE CODE: UR/0413/66/0001017/0084/0084
~2
I-NVENTOR: Scr'y_e~~noy N..; Skotnikov, A. A.
ORG: none
TITLE: Device for measuring deformation under conditions of changing tempera-!
kures. Class 42, No. 185533
TA
SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki, no. 17, 1966,
84
TOPIC TAGS: strain gages, measurement, deformation, deformation measurp!~er
resistance strain gage, temperature variation
ABSTRACT: A device (see Fig. 1) is described for measuring deformation under
conditions of changing temperatures. It consists of a measuring unit, working and
"-irain ages (attached, respectively, to the investigated
compensation resistance-S &~.g_
object and a plate made from the same material as the object), a differential
thermocouple, a temperature regulator, and a unit which supplies electric current
to the plate with the compensation strain gage. Deformation experienced at the
Card 1/ 2 UDC: 531. 781. 2:539. 3:621. 317. 39-555. 621

IW334-67
ACC NR: AP6032512
moment of minimum temperature difference, between the working and compensation
strain gages, is measured by an electron comparator circuit which connects the
temperature regulator to the measuring unit.
Fig. 1. Deformation measuring device
I-Operating strain gage;
2-compensation strain gage;
-3 and 4 -thermocouples;
5-measuring unit;
6-temperature regulator;
7 -electronic circuit
SUB CODE: 14/ SUBM DATE: 25May65/

Automatic emergency system for switching on turbine pumps.
Sakh. prom. 35 no.6:r2-53 Ag 161. (MIRA 14:8)
1. Sakharnly R"d B leshe*W.-
(S:;r iLtstry-Equipment and suppliex),
(Pumping machinel-y-Electric)

80313
00 sov/81-59-7-23605
Translation from: Referativnyy zhurnal. Khimlya, 1959, Nr 7, p 283 (USSR)
AU'PHOR: G.M
Seryk~
__
low
TITLE: The Problem of the Heat ConduatlVlty~of Porous Materials
PERIODICAL: Izv. Tomskogo politekhn. in-ta, 1958, Vol 101, PP 59 - 70
~
ABSTRACT: The effective heat conductivity A of a solid 2 11
ef .2roiks body
was investigated with allowance made for tJ.3 heat trans- r in
the pores by convection, heat conduettivity and radiation. The
experimental data were analyzed on the basis of the theory of
similarity, and the follow-ng equatlon was derived%
7L C + A r ) LJ + ?L (1-Hml' - ~0),
?L
ef
cond. mean cond. mean 0
where 7t 0 is the mean value of the conditional coefficient
0
e
d
a
4
ndu mecing allowance for the hea-c transfer in the
aTyv
yty
of heat co
is the mean value of the
pore by heat conductivity, ?L r
on
conditional coefficient of heat WueNeivity making allo;~ance for
Card Card 1/2 the heat transfer in the pore by radiation, 2L 0 the heat conductivity

65997
J4 I/. S:;.')- 0 0 SOV/81-59-8-27701
Translation from: Referativriyy zhurnal, Khimlya, 1959, N:~ 8, pp 308 ~- 309 (USSR)
AUTHORS. Ser7kh, G.M., Ponomar-ev, O.A.
TITLE: On the Analytioal Solution of the Plane Problem of Heat Conduc-civityy
of Porous Bodies4i
PERIODICAL: Izv. Tomskogo polltekhn. in-ta, 1958, Vo3 1011, pp 71 - 75
ABSTRACT- Based on the assumption that the _rores do not conduct heat at all, and
under the condition of the absence of heat propagation over the thickness
of the plate, the equatlerv has been derived-,
ef (1- -rm) (1 + 0.35 m),
where ?L ef is the heat conductivity of the plate, X M is the heat con-
ductivity of the material of the plate, m Is the porosity of the plate.
V, Gertsovsk-iy
Card 1/1

9KP.=-y G. M.: Master Tech Sci (diss) -- "The problem of thermal conductivity of
porous ma-tarials". Tomsk, 1959. 9 pp (Min Higher Educ USER., Tomsk order of Labor
Red Banner Pol,7tech Inst im S. M. Kirov, Chair of Theoretical and Gen Hoat Engineer-
ing), 1.50 copies (KL, No 15, 1.959, 117)

-MtrO, G.M.
Relationship between plane and volvme porosity, Izv. vyS ucheb. zav.;
fiz. no.6:167-168 160. WRA 14:3)
1. Tomskiy politekhnicheskiy inutitvt imeni S. M. Kirova.
(Porosity)

77
7-t.
e
S rw~
TME: The effect of vibration on 'jest transfey,
-~ta, v. 1, 1962, 19-22
CITED SOURCE: 1zv. Kurganskogo mashinostroit.in
TOPIC TAGS: vibration, oscillation, beat transfer. heat exchangey Reyno) de
number
TRANSLATION: An experimental investigation was conducted of the influence of the
frequency of transverse oscilletions of a tube put In a basin vith Vater on the*.
lificient of tbermal transmission from the surrounding water to tbe.liquild
Coe
which penetrates inside the tube. The amplitude's of escillations of the tube
were equal to 5 I'm, the frequency of oscillations was varied from 50 to 1500
cycl9s in I minute. The studies conducted in the range,of Reynolds numbers from
3-10-
to 4*10 showed that the author's experimentsagree vilth the experiments
of fWtinelli and Bolter (Martinelli, B.C., Boeherp L,H.X9 Rest* Pipiq; and

SERYXH, H,M., aspirant
Studying internal pancreatic secretion in calves as related to
age and feeding. Izv.TBMih no.6:161-172 159.
(CALVES) (PANMEAS-SICUTIONS) (KM 13:6)

SERYKH, M.M.,aspirant
Effect of the physiological condition of calves on their pancreatic
secretion [with summary in English]. Izv. TSKhA no.5:210-215 160.
(MMA 13:11)
(Pancreas--Secretions) (Calves)

ZHEREBTSOT, P-le., doktor biolog.nauk, proft-, S MH M.M. kand.biolog.nmu
Changes with age In the external secretion of the pancreas in
calves as related to the live veight and chemical composition
of food raiions. Izv.TSIM no.4:214-217 162. (MIRA 15:12)
(Calvas-AAAing and feeds) (Pancreas-Zecretions)

31 -sii parcs-lov;-kh ustarovok, izzvestiya
660/1-. Serl,~;h, 14. Voz7,ozhncsti r.--;ts4,crzliza4,,
3'3 H
alcad. -,;---,-Lik latv. F 1 1 ,, 111o. 10, c - 77-88
SO- Letonis' Zhurnaltyi-ftli Statey, Vol. 50, I-Ioskra, 1949

SERYKHY Vj.; YASHCHENKD,,N.Ya.
Porphyroblastic granites of the Zerenda Massif (nqj thern
Kazakhstan).. lzv.-AN SSSR Ser. geol. 28 no.9:34-4~S 163.
(mmk 16: io)
1. TSentralln'o-Kazakhstanskoye geologicheskoye upravlenlye,
KaxAganda-,

GABOV, Yu.A.; SERYKH, V.I.; MIKRAYLOVA, Ye.K.
Rafnium in zirconiuum from granitoids in the Zerena Massif. Izv.
AN Kazakh. SSR. Ser. gaol. 22 no-4:65-68 JI-Ag F65. (MIRA 18:9)
1. 'JSentxallnc-Kazakhstanskoye geologichaskoye upravleniye, g.
Karaganda.

~ ---;, -1 ;-" ;-l 11 v: ' ; ,!'I . I ;: . ;- '-~ FT. Y ?M S, V . -" . , i,~ ul. ru , r . ~'.
. mc~"s containing nagnetite. Zap. Vaes. mir. ob.-va
("', '65. (MIRA 18?12'j

OBREZKOV, V.I., kand.tekhm.nauk; SMSHFVq A.I.9 :Lnzh.; CRELNOKOV, N.I., inzh.
Using continuous calcUlating machi!jes for water-power calmaationse
Gidr,stroi-31 no.2:40-42 F'161. (HERA, 14:3)
(Electronic calculating machines)(lydraulics--Tablesse-deu:Lations,ste.)
~t7lq

SERYSHET, A.L., assistent
Calculation of hydroelectric power engineering problem using electronic
analog computers. Trudy WI no-35:125-134 161 , I - (AURA 15:12)
(Hydroelectric power stations) (Electronic analog computers)

A'(5), SOV/2o-127-3-55/71
AUTHORSt Ly,enko, M. P., Seryshkov, 0. S.
TITLE: Some Recent Data on the Composition and Properties of Buried
Loess Rocks of South-Ukraine
PERIODICAL: Doklady Akademii nauk SSSR, 1959, Vol 127, Nr 3,
pp 669 - 672 (USSR)
ABSTRACT: The buried horizons enriched with humus existing within the mass
of South-Russian loess have been -insufficiently investigated.
The formations vary with regard to genetic relations. In addi-
tion to the buried soils as such they comprise accumulations
of erosion products of humus material (dislocated soil), accu-
mulations of organic substances from subsoil water, etc. In
general, these levels are used for determining the stratigraphy
of the loess masses of individual regions. The results of the
investigation of the substance and fraction composition as well
as the physico-mechdnical propert-'es of humus from the divide
Dnepr-Ingulets are described in t~.is paper. The geological struc-
ture of this divide consists of crystalline pre-Cambrian Tertiary
Card 1/3 sediments a-d quaternary loess rocks. It is difficult to di-

Some-Recent Data on the Composition and Properties of SOVI/2o-127-3-55/'71
Buried Loess Rocks of South-Ukraine
stinguish the genetic horizons in buried soils except 'Whe
carbonate stratum, The investigation is so difficult because
their morphological appearance, composition, and their salt con-
tent are mainly secondary and connected with diagenetic -pro-
cesses. Thus the investigation of the fraction composition seems
to be the most reliable method for the determination of the soil
type. The humus composition varies with the soils. It varies
according to the zones as do the soils (Ref 4). Humus is a .
very resistant substance and it is comparatively difficult and
takes very long time to change.it chemically (Refs 3,4,N. A. V.
Baranovskaya advised the authors- during the investigat ions.
Tables 1-4 show the investigation results. They show that the
assumption that buried soils are zones of probable disl9cations
and are less solid than loesses is not right. There is only
little humus in buried soils. It lost most of its colloidal
nature by aging and other diagenetic processes, The properties
of the buried soils investigated differ hardly from the loesses
upon which these soils immediately rest (except the plasticity
indices of the ..-econd buried soil). There are 4 tables and 5
Card 2/3 Soviet referen,;es.

Some Recent Data on the Composition and Properties of SOV/2o-127-3-55/71
Buried Loess Rocks of South-Ukraine
ASSOCIATION: Leningradskiy gosudarstvennyy universitet im. A. A. Zhdanova
(Leningrad State University imeni A. A. Zhdanov)
PRESENTED: March 9, 1959, by D. Ye. Nalivkin, Academician
SUBMITTED: March 6, 1959
Card 3/3

1. SE, dYUGI~,'A, 111. A.
2. USSH (6oo)
/+. Food Adulte.-ation and Inspection
7. 7~:*1--ee yearstwork of the cintrol food division of the laboratory of the
KE;I-inin municipal sanitlatiun and epiderniologic~,.l st:-Aion., Gig. i san.,
17, No.10, .11-)52
9. 11onthly List of Russian Accessions, Library of Congress, Fehru-" -19G3, Unclassified.

SERYUGIIIA, M.A.
Veterinary inspection of neat at 'k,-hn meat, mirk, and meat prod-
ucts control station of Kalinin. Veterinariia 36 no.10:10-2.5
0 159. (MIBA 13: 1)
1. ZaveduyuAchaya myano-molochnoy i pishchevoy kontrollnoy
stantelyey, g,Knlinin,
(Kalinin--Meat inspection)

RADCHENKO, D.; SOYNIKOV, F.; SERYY, G. [Siryi, H.]
Wide poultry house with over-all mechanization on the IllUzhnyi"
state farm. Sill.bud. 12 no.4s6_9 AP 162. (~M 15:8)
1. Glavnyy inzh. sovkhoza "Yuzhnyy" Krymskoy obl. (for Radchenko).
2. Glavnyy zootekhnik sovkhoza "Y,.Izhnyy" Krymskoy obl. (for Soynikov).
3. Glavnyy inzh.-melchanik sovkhoza "Yuzhnyy" Krymskoy obl. (for
Seryy).
(Krymskaya Province-Poultry houses and equipment)

SE~i-flf, lj~,r' ~~rge7evich; CPICHYV, Yu.I., red.
kT
( I..Iqslj--, I,,: 4n-Arimients in repair shop3l
1 47 oauges ara . -
z 1, .
1- irstrument i pribory v remontnoi master-
- !,- , -"L ,
~l -, ~, . "o-;Irva, Kolos, 196-4. 83 p. (MILI 17:12)

SE 1-11 ~),Vj\(UjjbVtC[N
,9/14J+/60/OOO/02/Oo6/ol9
E194/E155
AUTHORS: Seryy; I,& Aspirant; and Yanko-Trinitskiy,
Db-cto-r-of-Tychnical Sciences, Docent, Head of t7e-1thair.
TITLE: A Practical Method of Checking the Dynamic Stability of
Synchronous Motors in Drives with Shock Loading
PERIODICAL; Izvestiya vysshikh uchebnykh zavedeniyj
Elaktromekhanika, 196o, Nr 2, pp 52-60 (USSR)
ABSTRACT: Ila recent years synchronous motors have come to be widely
used, even in drives with shock-loading. For example,
synchronous motors without flywheels are used to drive
rolling mills in which shock-loading may increase the
torque to 3 - 31 times the r.m.s. value. The motor must
take up all these shocks without assistance from a
flywheel. The problem of the overload capacity of a t,//
synchronous motor, making allowance for its dynamic
properties, is esseiitially a problem of its dynamic
stability on shock-loading. This is a very complicated
function of time7 as typified by Fig 1 which is part of
C;_rd the load diagram of a five-stand sheet mill. The dynamic
1/6 stability in the case of a single shock load of
rectangular wave shape is then considered. The

1 L-4/6o/ooo/Woo6/oig
E19VE155
A Practical Method of Checking the Dynamic: Stability of
Synchronous Motors in Drives with Shock Loading
corresponding torque/time diagram is shown in FJg 2a.
With this type of loading, the dynamic stability of a
synchronous motor may be represented as a graph of the
maximum torque against the time for which it is applied.
The corresponding formulae are given by expressions (1),
(2) and (3). As the shock load comes ong the terminal
voltage on the machine may fall, further reducing the
dynamic stability. The curve of maximum torque against
time can only be used to check the dynamic stability when
the load curve of the motor is a series of rectangular
shocks of varying magnitudes and durations separated from
one another by intervals long enough for the eleetro-
mechanical transient processes set up by the previous
shock load to die down. A diagram of this kind is
obtained in a single-stand mill when rolling strip in
several passes and is illustrated in Fig 3. Load
diagrams of non-reversing rolling mills are more
complicated and represent a combination of the four types
of load.curves illustrated in Fig 2. In this case2

6/144/60/000/02/006/019
9191+/9155
A.Practical Method of Checking the Dynamic Stability of
Synchronous Motors in Drives with Shock Loading
Eq (1) may be used to check the dynamic stability of the
motor only after the influence of the nature of -the motor
load curve on the curve of maximum torque as function of
time applied has been allowed for. It is difficult to
calculate this coefficient but when it has been done and
introduced into Eq (1) it takes the form of expression
(4). The load coefficient is best determined ex*oerimen-
tally on a model of a synchronous motor for the kour main
types of loading shown in Fig 2,, These various cases are
considered and compared, to see which is the most severe.
Usually) load curves have one or more torques that
exceed the maximum static torque, and others which are
smaller than it. Such load curves are not specially
severe, even if the interval between shock loadings is
less than 1 second. Therefore, for the majority of load
curves encountered in practice7 the load coefficient may
be taken as 0.85 and then expression (4) may be used to
Card check the dynamic stability. This is done by constructing
3/ 6 a curve of the additional torque as a function of its time
of application, using Eq (4), and checking that the

9/144/60/000/02/006/019
F.19VE155
A Practical Method of Ghecking the Dynamic Stability of
Synchronous Motors in Drives with Shock Loading
load-curve torques which exceed the maximum static torque
of the motor are not greater than the termissible
duration of such torques. Expression 4) involves the
characteristics of the motor and the flyvheel effect of
the load, but as such data are soldom available it is
desirable to modify the expression. For large machines
the magnitudes entering into expression (4) vary over
quite narrow limits and by accepting mean values, Eq (8)
is obtained. The aoove recommended method of calculating
the dynamic stability of a synchronous motor was checked
by tests and calculations. The tests were made on a rig
representing a continuous single-stand mill operating with
the load curve shown in Fig 3. The r.m.s. power-was
9.4 kW, and the motor characderistics are given; its
rated output was 15 kVA and its speed 1500 r.p.m. The
check on the dynamic stability is illustrated in Fig 4
which indicates that the motor operates stably. For the
4/ 1.b experimental verification the load curve of Fig 3 was
reproduced on a model. An oscillogram of the conditions

S/144/60/000/02/006/019
E191+/B155
A Practical Method of Checking the Dynamic Stability of
Synchronous Motors in Drives with Shock Loading
during the first two passes is reproduced in Fig 5 and
it is found that the motor operates stably. The proposed
method was checked by the calculations on a synchronous
motor operating on the load curve shown in Fig 1i the
motor characteristics are given. The check on dynamic
stability by the proposed method is shown in Fig 6 from
which it will be seen that the motor should operate
stably. The dynamic stability was also checked by a more
accurate method described in another article. The
results of the calculations, plotted in Fig 7, disregard L11
the damper winding which would, in fact, improve matters.
It will be seen from Fig 7 that even in the worst
circumstance the motor operates stably. The cliecks were
made on a synchronous motor type MS-324-12/20a&t the
request of the Verkh-Isetskiy Metailtirgic-a-17 rks, who
contemplated replacing a worn-out induction motor by a
synchronous motor. It is concluded that the recommended
Card method of checking the dynamic s-~ability of synchronous
5/6 motors is simple and reliable, and its general use is
recommended.

S/144/60/000/02/006/019
9194/13155
A Practical Method of Checking the Dynamic Stability of
Synchronous Motors in Drives with Shock Loading
There are 7 figures and 6 Soviet references.
Card
06/6
Kafedra teoreticheskoy elektrotekhaiki (Chair of
Theoretical Electro-Technology) (Seryy, I.M.),
Kafedra teoreticheskikh osnov elektrotekhniki
(Chair of Theoretical Fundamentals of Electro-
Technology) (Yanko-Trinitski3r, A.A.), both at
Urallskiy politekhnicheskiy ins.titut (Ural
fo-lytechnical Ins-titute)
December 29, 1959

SERYY, I. M.
Cand Tech Sci - (diss) "Improved method of testing dynamic
stability of synchronous engines." Leni.ngrad, 1961. 20 pp;
(Ministry of Higher and Secondary Specialist Education RSFSRj
Leningrad Polytechnic Inst imeni M. 1. Kalinin); 150 copies;
Drice not given; bibliography on pp 19-20 (15 en-uries); (KL,
~-61 sup, 245)

SERYYL_IqqR.' mikhaylovich. assistent; YUSHKANOV, YURIY IVANOVICH,
kand.-i~ek*hn.nauk; YAITYO-TRINITSKIY, ALEKSANDR ALEKSANDRDVICHI
doktor tekhn.nauk, prof.
Effect of damping moments on the dynamic 9tability of a synchronous
motor. Izv, vys. ucheb, zav.; elektromek~- 4 no.7:16-25 161.
(MIU 14:7)
1. Kafedra teoreticheskoy elektrotekhnikt Urallj3kogo
politekhnicheskogo instituta (for SeryY). 2. Nachallnik
vychisliteltnogo tsentra, Urallskogo politakhnicheskogo institute.
(for Yushmanov). 3. Zaveduyushchiy kafedroy teoreticheskoy
elektrotekhniki UraVskogo politekhnicheakoge instituta (for.
Yanko-lPrirdtskiy).
(Electric motors, Synchronous)

SERYY Igorg M-4khaylovich.-assistent; YANKO-TRINITSM, Aleksandr
Ar6k-sa--n-drd-Vi-c'lf"-clbktor tekhn. nauk, prof.
P -
Features of using simplified equations in the calculation of
electro-mechanical transient processes of a synchronous
electric motor. Izvi vys. ucheb. zav.; elektromekh.,~ no.3-l'
1225-1232 162. (MIRA .16:
1. Kafedra teoreticheskoy elektrotekhn,iki Ural'skogo politekh-
nicheskogo instituta (for Seryy). 2. Zaveduyushchiy kafedM7
teoreticheskoy slektrotekhniki Urallskogo politakhnicheskoga
instituta (for Yanko-Trinitskiy).
(Electric motors, Synchronous)

ZBOROVSKIY, Issak Aronovich, starshiy prepodavE..telz; ~Igorl Nkh~ylov4t~h,
ansistent
Experimental check of the equations of electromeciamical transient
processes oR synchronous motor with excitation from semicondactor
r"ctifiera. Izv. vys. ucheb. zav.; elcktromekh. 6 n0.3.'333-340
163. (KLRA 16 25)
1. Kafedra teoretiches!~:oy elektrotekhiLiLri Urallskogo polite-khnicheskogo
instituta.
(Electric motors, Synchronous)

1 ch kand. tekhn. nauk,, itipolnyayushchiy obyazimosti
dotsenta,.
Programming for electronic digital compaters the evaluation of
electromechanical transient processes or a synchronous motor,,
Izv. vys. ucheb. zav.; elektrcme" 6 no-4:441-450 163.
(MIRA 16-7)
1. Kafedra teoretic-heskoy elektrotekhniki Urallskogo politekJudcheskogo
instituta.
(Electrj~~- motors., Synchronous)
(Programming (Electronic computers))
(Electronic digital computers)

SERYY, I.S.
uni"rsal mAaaaring instruments in machine repair. Sbor.
rab. GOSNITI no.17:34~128 162. OMA 17.9)

Sman, m.
Reorganization of management at gra!.n procurei,i.6nt station3.
140k. -elev. prom. 25 no.9:6-7 5 '59- (14IBA 12:12)
1. Zavedukushchiy skladon..-Aknuatskogo khleboprivemnogo punk-ta.
(Grain olevators)