SCIENTIFIC ABSTRACT GEYNRIKH, A. - GEYSBERG, S.

• Document Type: CREST
• Collection: Scientific Abstracts
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• Sequence Number: 12
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

GRINRIEN, AsK,
Amwmmmmww~ I .
Reproduation and development of copepods occurring In large pams
in the Bering Sea. Tmdy Gidrobiol. ob-va 8:143-162 '5?.(MIRA ut3)
1, Institut okeanol(Wii AN SSSR.
(Bering Sea--Copepoda)

U300a- / '~(-!iiaral 31ology. Generfil `-ydrol~1,010, -.Y. E,
Abs Jour : Ref Zhur - Biologlya, No 4, 1959, No. 14475
Author ; Geinrlkh,, A~ K.
!,n f1c Ocean Scientific R(!,-~:arch Inctitute
of Piscicultur-) and
T.1 t 1 711-.e Vortical Daily .",I -,ratl3n of Zoopl
In Coastal Ret:rions of 31oh, i, I nC 3clu
OrIC, Pub : Izv. Tikhookeansk. n.-i. In-ta rybn. khv-a I
OkeanoE!.r. , 1957, 411, 67-73
A',,,-, 1 *1 r, i r- t:"I'Le aorll, was carried out in th,~! Lit'i'a -1tralt,
UAu Korf and in the coro;trtl rc!l-lon of
W10 01yutorak, ,gulf In 1160 aiid 1.161. 105
atLimples, among them of 4 dally serviced
stations were studied. Distinct m4grations
of Calanus finmarchicus, C. cristatus,
Thysanoessa inermis 3uv., of the brood of
Card 1/2
A~ V~ L- ~fj 1, 1 Lt L 1 1 - 1 vii e r e
T)OL observedf. .--- 1"..,. y

A d-1101i 3 Gaynrikh, A. K., 2 o -A+ A5 151
TIT~E: The I)iBtributioqof Calanus tenuicornis Dana and Calanus liphti
Bowman in the Northern Part of the Pacific (Rasprostraneniye
Calanus tenuicornis Dana i Calunus lighti Bowman v severnoy
chasti Tikhogo okeana)
PERIODICALt Dokladj All SSSR, 19j7, Vol- 116, Nr 4, 'p. 691-693 (USSR)
ABSTRACT: The material was collected by the expedition ship"Vityazl" and
the ship "Nerpall in Oktober 1955. Their task was to research the
occurrence of the mentioned species in tht, north eastern part of
the Pacific. Calanus lighti differs to a great extent from Cala
nus tenuicornis according to form as well as to size. The two spe-
cies are smaller than at the Californian s~llore and the amplitude
of their fluctuations as to size ia sL~aller. The occurrence of
Calanus lighti and Calanus tenuicornis in the north western part
of thc- Pacific is to be seen on figure 2. Calanus tenuicornis
wits represented in the whole region of research: from the semi-
arctic over the mixed zone to the semitro-ical waters, and at the
southernmost points, probably also in the trol'ical %aters. The
amount of Calanus tenuicornis is in the semitrofical waters con-
aideralTly lower than in the mixed zone. In the Okhotskish sea
Card 1/2 this apecietj la more itumt-ruuo than in the aemitroi)ical zone, how-

The Distribution of Calanus tenuicornis Dana and Calanus lighti 2o-4-45/51
Bowman in the Northern Part of the Pacific.
ever, there are no precise figures about it.According to Bowman
it occurs aluo in the equiitorial waters where the secondElry wa-
ters of the moderated zone change into the semitropical waters.
Galanua lighti was observed by the aut'iorj in the se--itropical
wateris. It occurs neither in the jumiarctic, nor in the mixed
zon;_-. The adult individuals of Culanus Tenuicornis were observed.
in the mixed zone at all standard horizons from the surface ub
to 5oo m. Thu maximum concentration in single observation stations
fluctuated between lo-2oo w. Vertical daily mi6r-itions were not
observed. Obviously thehighur surface te:a;.,,rature forces the
Calanus to go deeper.Calanus lighti lacks in the uixed zone.Be-
caise of its lower number the horizon of the maximum concentrat-
ion i~l difficult to be detLcted. 1y, --,ost of the stations it was
detected only in 25-100 in, in 3 stations,hoeevor,in. 2oo-500 1U.
Daily vertical migrations wc~re not observed.T:_er(- ar 2 fii
tj gures,
and 4 references, 2 of which arc, Slavic.
ASSOCIATIO'Ni In3titUte ^or Uc~lanolo~~ AN USSR (Inntitat AN SSSR)
PRESENTED: November 2'j, 1956, by A. A. Grigor'iev, Acadv:-.iician
SUBA'MUTTED: November 26, 1956
AVAILABLE: Library of CongrvsB.
Card 2/2

GMYNR*
- 1.1.1".1 1. -
Vortical plankton dietri~ution in tho region nouthoast of the Bonin
Tulande. Volcl. AN SSSR 117 no.2:321-324 N '57, (KIRA 11:3)
1, InutItut okeanologil Mmdemli nauk SSSR. Predetavleno akademikom
Ye.11, Phvloyakim,
(Bonin Island region-Plankton)

20-118-6-40/43
AUTHORt Geynrikh, A. K.
TITLRs The Vertical Distribution of Copepods in the L=shio and the
Way of Their Penetrating Into the Zone of Mixture of Sub-
tropical and Subarctic Waters (Vertikalinoye raspredeleniye
kopepod v Kurosio i sposob ikh proniknoveniya v zonu smesheniya
subtropicheskikh i subarkticheakikh v0d)
PERIODICAU boklady Andomli Hauk SSSR, 1950o Vol- 110, Nr 6, pp. 1191 -1193
-(USSR)
ABSTRLCT: The mixed zone of the afore-said waters in the North-Western
part of the Pacific ocean attracts the attention of many in-
Yeatigatora as a biogeographical limit. The ecology of the
organisms of various fauniatic regions which involves the
advance of these organisma into the mixed zone is not yet
investigated. It is known, however, that the upper horizons
of the mixed zone are inhabited by species of the tropic re-
gi'on. The author investigated the vertical distribution, as
well as the diurnal and nocturnal migrations of the copepods
Card 1/3 within the range of the KuroEhio according to collections of

20-118 -6-40/43
The Vertical Distribution of Copepods in the Kuroshio and the Way of Mair
Penetrating Into the Zone of Mixture of Subtropical and Subarctic Waters
the expeditionary vessel "Vityaz", in October 1955. The %Una
of copepods was uniform here, so that only diurnal vertical
migrations are responsible for the differences in individual
stations. 4 types of distribution were determined (table 1).
Tj,pe Is Copepods, the major part of the population of which
io concentratd within the upper 50 or 100 m. The nocturnal
main concentration takes place between 0 and 2J m of depth.
Copepods the major quantity of which lives in depths bet-
ween 25 and 200 m and which experienced no diurnal migra-
tions, belong to type II. Copepods which due to far diurnal
migrations are connected with the water-layers of 25 to 500 u
and de.eper, should be classified as type III. In the day-
-time they are concentrated below 500 m and during the night
at approximately 25 to 50 m. Type IV, Copepods which live
mainly below 200 m, belong here. It turned out that only the
species of the first type, 7iz. such which due to their
diurnal migrations are at least temporarily able to penetrate
into the layers between 0 and 25 m, advance in the mixed
zone. The warm water of the KuroshJD invades the mixed zone
Card 2/3 under the influence of the summer monsoons (reference 1).

20-118-6-40/43
Tho Vertical Distribution of Copepods in the Jkroshio aikd the Way of Their
.Penetrating Into the Zone of Mixture of Subtropical and SlulYarctic Waters
The current developing in this connection covers the upper
(25 to 40 m) water region. The tropic copepods which are able
to ries into this region, spread with this thin upper stratum
into the mixed zone. Apparently, a whole complex of organisms
migratea into the mixed zone, together with the water of the
lhroshib~,the species of which are capable to stay in the upper
regions of theviater. Since many tropic copepods under-take
seasonally vertical migrations, such species must not be
considered indicators of individual water-regions. There are
I table, and 10 references, 5 of which are Slavic.
ASSOCIATIONt Institute for Oceangftphy As USSR
(Institut okeanologii Akademii nauk SSSR)
PRESENTED: October 18, 1957, by A. A. Grigorlyev, Academician
SUBMITTIN October 16, 1957
Card 3/3

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H, Yor:rie Copepodn in I. tie Tru p, r, a j
..gth, prooHbly rawtin.--i (A' r!iOiol-
%1r)"of ~!vmronent beside ' h i- r 1, F, 1, c 1 e 9 a m n r. :i -I F,
fu 3 ti i.u th,~ dn'estine of tha --cpc~pcdq js A
:.C. ~_ V!j 4 wilk t on -i .3 of f.-rc n t J. m p-,i r t
'101j,4 on of the pelagi c regJA on i n , h.?
Aifferences against o~hf-r regiow,
2 tobles FAnd 10 referenc~es, 2 of wn:--~n
;-j tut okeanologii Akuderiii n~-uk
(Inititute for Oceanology 11 U 1!
Qct6ber la, 1957, by A. L.
USSR

"(;n t1lu
LY
to ~)e the jl~t!
of'

GRYNIUM, A.K.
Biological soasons In plankton davolopnmit and horizorltzil
d-lotrilmUon n." thn binnaRa olf zooplankton in the Ro)rlrq, So&.
Tvv~y Inat.nkoun. 10:107-114 1-159. (MIRA 13:5)
(Bering SeA--Zooplankton)

ZILIKMkN, A.L.: OWNRUH, A..K.
Bffoct of the density of the population on the development
of its components and the mortality rate in Cyclops (Copepoda,
Cyclopidae). Biul.MOIP.Otd.biol. 64 no.4!125-139 Jl-Ag
'59. (MIU 13:4)
(Animal populations) (Gopepoda)

GICYNRIKH, 16 1.
----I......-
Horizontal distribution of copepode in the central Pacific and
factors determining it# Trudy Inst. okean. 41331-41 160.
(MMA 13:9)
(Pacific Ocean-Copepoda)

GEMM, A. R.
------- --l-
Plankton in the surface waters of the central Pacific. Trudy Inet.
okean. 41:42-47 160. (KIM 13:9)
(Pacific Ocean-Copepoda)

A.K.
Principal types of verical distribution of copepods in the
central part of the Pacific Ocean. Dokl.A11 SSSR 132 no.4:
921-g,,4 Je 16o. (MIRA 13:5)
1. Institut okeanologii Akademii nauk SSSR. Predstavleno akndeinikom
A.A.Grip,or'yevy,mo
(Pacific Ocear~--Copepoda)

.~St~d f., 1-'Mh P-ft. 5~1- Cm-... It 2. k,,-

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GFYNRIEH, AJ ~
~,0,111 ojA` "toll arld quaritit"IfAvo JI: ).'I )" i'llik" )'I "; , ) -
- ~ I Il
wertri-n part, -,)f' t' v. Pacific, ic-an. Tru(iy Gl~i-J j'. , )L- -a , :
20-9-223 ' ("I - ( ,,,! "Ut I -- -, .1 )
1
- I-91,tit'.1t ol:vallolovii AN 535R,
(Fz.cilfic. )ccan--Zooj '. ~!:~ t3n)

GEYNRIKH, A.K.
Seasonal variations,in the plwaton of the world ocean. Report NO-1:
Soaoon&l Yariations in the plankton of middle and high latitudes.
Trudy Instookean. 51j57-81 161. (MM 14s6)
(Plankton)

GEDRIMP AIR* -
Vertical distribution and diurnal migration of copepods southeast of
Japan, Trudy Inst,okean. 5102-102 161, (MIRA 106)
(Pacific Ocean-Copepoda)

GEYNRIKH, A.K.
Seasonal phenomena in the plankton of the world ocean. Iteport
No.2: S,,asonal phenomena in the plankton of low latitudes*
Okeanologiia I no-3:485-497 161. (MIRA 16:11)
1. Inatitut okennologii AN SS2,

GRYNRIKH, A.K.
Characteristics of b"ic planktonic commmities of the Pacific
Ocean. Vop. ekol. W7-20 162. (MIRA 1511l)
1. Instititt okeanologii AN SSSR, Moskva.
(Pacific Ocean-Plankton)

GXYNUKH, AsK.
Clwacteriatigs of main polgic com=nities in the Faicific Ocean.
ITudy Inst. okwm. 58t114-134 162. (MDU 151l2)
(Pacific Oceab-Plankton)

GLYNHIKII, A,K.
Filtering ability of copepods in boreal and tropical regions of
the Pacific Ocean. Trudy Inst. okean. 71;60-71 163.
(MIRA 16:11)

GEYNIUKH, A.K.
Ags Irl'ollpfl of' ('Opellod populntion in the tropical pArt of the Iqlcific
Oesall. Okalmologlia 3 nr,.1:81-99 163. (MIRA 17:2)
L Zll!ltl~'Ilt -fit OvIlnoRgili AN "),l)'Sil,

GEYNRlKH, A.Kt
I - ~ , 1. __
Sin-face plankton of the northeastern part of the Pacific
Ocean. TrijdS Inst. okean. 61~;77-94 164. (MIRA 18;8)

GEYNRIKM, F.
Handbook of factory management. Tekh. zhur. No 1, 19".

VOLKOV p Vladimir Fedorovich; CHICHEM, Aleksandr Ivanovich; GAMMIK,
A.A. . retsenzent; GENRIMS G K reteenzent; NESTEROV, Yu.F.,
I#
nauchrVy red.; VWN-A, , *1 .; )MAKOVA, D.K., tekhn. red.
[Ship refrigerating machines and installations] Sudovye kholodill-
nye mashiny i ustanovki. Leningrad, Gos. soiuznoe izd-vo sudo-
stroit. promyshl. 1961. 261 p. (MIRA 15:2)
(liefrigeration on ships)

ACCESSION NR AMhO21937 BOOK EXPLOITATION S/
0eynrikhs, Georgiy Karlovich
Marine and coastal oxnen plants (Sudovy-97a i bereeovyor kislorodny*ye ustanov1d).,
Leningrad,, Sudpromgis., 1963, 341 P. illus.0 biblio. 1,700 copies printed,
TOPIC TAGS: oxygen prodMetion, liquid oxygen, liquid oxygen storage, liquid oxygen
transportation, liquid oxygen handling oqvipment
PURPOSE AND COVERAGE; The book gives brief information on the technology of ob-
taining oxygen from air,, the equipment of modern oxygen stations, and principles of
Dlanning such stations, There is a description of these stations and their basic
components; a detailed examinAtion of the assembly of centrifugal qnd axial air
and oxygen compressors, air cleaning equipment, tubing, separation columns, and
the auxiliary equipment of deep cold installations. General information on the use
of the basic equipment of oxygen and gasification stations including testing, ad-
justment, and maintenance is included. The book has a theoretical analysis of the
storage of liquid oxygen and presents a method of thermodynamic calculation of oxy-
gen cysterns and cold gasifiers of liquid oxygen; calculated and experimental data
are compared. The book is intended chiefly for workers in design organizations and
engineering personnel at oxygen installations; it can also be used bjr students of
Card 1/3

ACCESSION NR AM4021937
higher and secondary educational institutions.
TAKE OF CONTENTS (abridged]:
Foreword - - 3
Ch. 1. Oeneral information on the*tecbnology of obtaining oxygen from air
using the deep cold method - - 5
Ch. II. Shipboard oxygen installations 80
Ch. III. Features of the assembly of compressorson ships 100
Ch. IV. Assembly of detainers 113
Ch. 11. Tubing - - 117
Ch. V1. Assenbly of deep cold blocks and air alleaning equipment - - 126
Ch. VII. Oxygen cysterns and tanks, their servicing, and maintenance - 133
Ch. VIIII. Use of compressors - - 150
Ch. IX. Use of detainers - - 178
Ch. X. Air cleaning equipment and its use :185
Ch. X1. Process of obtaining oxygen by the deep cold method - - 207
Ch. X11. Floating oxygen cy3tern3 - - 246
Ch. MI. Methods of reducing the loss of liquid Oxnen in storage and
Cord 2/3

ACCESSION NR AN4021937
transportation - - 264
Ch. XIV9. Servicing ahipboard "n cysterns 291
Ch. XV. Gasification of liquid en - - 296
Ch. XVI. Inspection of the basl=cators of mWen installation operation -
328
Bibliography - - 338
SUB CODE: CH, FL SUBMITITEDs o9ju163 NR REF SOV: 022
OTHER: 005 DATz AcQ: 2oFeb64
Card 3h

PF "Basic
RIKHS, I. P. Cand Fed Sci -- Hiss) qu-~
4ft teachituAinging, by in a school of
(Acad Ped Sci
Nos, 1955 - 16 pp 21 ci~)
RS.;~'SR. Sci hes Inst of Metnods of Teaching) . 100 cc, p i e s
(KL, -'2-57, 107)

11 0101 i /LNT(M~ /F-41.1(v) /T /F4P(t) (P)
'-AZ7WC_AP602 34 3 5 SOURCE CODE: UR/0135/66/000/007/0001/0003
tinMOR: Baranov, M. S. (Candidate of technical sciences); Afanaalyev, V. N, (Engi-
neer);,Voshchi ki MA L. (Engineer); Vaynshteyn, R. M. U Jn_ee_r_)_-__R:eLeJ!S_bJk
ins ngi E. V.
L.:nt 1 y I
(Engineer); Tagano T.- (Engineer),- (Engineer)
ORG: All-Union Extramural Machine Building Institute (Vsesoyuznyy zaochnyy mashino-
stroitellnyy insUFu_iT'
TITLE: Laser weldina of some metals it
;SOURCE: Svarochnoye ~roizvodstvo, no. 7, 1966, 1-3
1TOPIC TAGS? loser application, laser welding./ SU-1 laser welder, IKhl6H9T steel,
,KO steel
ABSTRACT: The results of laser wflding of fillet joints of copper and L-62 silver coat
ed brass with IM1811 st 1, KOIsteei and copper are presented. The SU-1 laser weld-
!
er (shown in photograph) as GO to weld thin wires [d < 0.1 mmm) tached to semicon-
4uctive and microelectronic devices. The unit power input is regulated by adjusting
ucl
various object lenses with focal distances of 10, 20, 40, and 50 mm. Unit power input
is calculated by the hMula g g W21tp where W2 is the energy of radiation considering
the losses in the optic system in joules; t is the pulse time in sac and F is the fo-
cal area in cA The weld penetration and width are proportional to the maximum Volt-
UM 521,791.72%535.14M2.16-194
Card.l./12_ - 1

T, 03011-67.
ACC NR3 AP6023435
z,e of the condenser battery. ble for-Uok steel
t. This relationship is shown in a ta
where focal distance is 20 no. Another test was carried out on strips of UBA steel wit
~a thickness of 2.6 ran (surface condition of the 10th class in accordance with GOST - -
inorler to determine the relationship between width and penetration of the
-ewea-IdLsUaL the defocusing. These tests showed that when Af = 0.75, the weld penetratio
'Was max h = 22 P. Overlap welding was carried out on copper witY(L-62 brassy Twith
non-coated brass, lKhION9T stainless steel, KO low-carbon steel a~_d _fina~ily on copper
wires. Without stripping the insulation [Afl] copper wire of d 0.05 mm was welded to
,a silver-coated brass rod of d = 0.5 mm. Neither of these'specimens showed cracks in
'~the welds. However, microporosity was indicated in some of the specimens. Shear
strength tests of the welds were carried out on two types of welds: without stripping
~the insulation from the copper wire and with bare wire. The first specime'ns had an
~average shear strength of 25.3 kg/mm2 while for the second typepe, a shear strength of
j26 kg/mmZ. The small difference makes it feasible to recommend this welding process
,without stripping the insulation. A comparative test of the laser-welded and brassed
~joints was made. The latter showed an average strength 13% less than the welded
,joints. The authors conclude that the laser-weld d joints have considerably better
mechanical properties than the soldered iointrx, Ichis is due to the smaller beat-af-
fected zone. Orig. art. has: 6 figures, 1 table.
SUB CODZ: 13,20/ SUBM DATE: none
Joinine of dissimilar metals II
i Card 2/2 avm

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GEMIKHS,S. in2hener
.
Temporary timbering of vaulted crons section mines, Mast. up
,1. 4
no.3:18-19 Hr 155. (MULk q:6)
Wine timbering)

9. Monthly List of Russian Accessions, Library of Congress, 1953. Unclassified.

135-10-5/19
AUTHORz Portnoy, N.D., Candidate of Technical Sciences, and
Go ;Uhq.0orf, N.G., Engineer
-In ---- -
TITLE: Preventing Cracks When Welding the Aluminum Alloy "AMU"
(Produprezhdaniye poyavleniya treshohin pri svarke alyuminiyevogo
splaya. "AMU"
PERIODICAL: Svarochnoy# Proizvodetvo, 1957, No 10, p 16-18 (USSR)
ABSTRACT; The article represents the experience of the Urals Railroad Car
Plant with welded structures made of aluminum alloys "AM4"
During investigations at this plant and at the Eleetr~c Welding
Institute imeni Paton it was observed that formation of hot cracks
during welding subject alloys were caused chiefly by the iron
and silicon contents. The standard 'TOCT4784-49$ermits a con-
tent of Fe up to 0.7 % and of Si up to 0.6 %, which was found
to be too high. The plant developed its own technical require-
ments with the assistance of the Institute imeni Paton (Doctor of
Technical Sciences V.I. Dobatkin is mentioned in this connection).
The information given in the article covers the fuil chemical
composition of the readily weldable alloy "AMW',the flux "AH-AlV'
Card 112 and the coating"A 1V'"containing ferrosilicon. These com-

Frevoriting Cracks When WoldJng the Aluminum Alloy 135-10-5/19
positions are in use at the Urals Railroad Car Flant since
1954, The coating is also successfully employed in re-welding
defective seam portions with deep removal of unsound metal.
The optimum content of ferrosilicon in the flux and in the
coating will not to affect the shape of the weld seam and the
readiness of separation of the slag crust from the Metal 8ur-
face. It is stressed that the indicated additions of ferro-
silicon are only to be recommended for welding metal contain-
ing small quantities of iron and silicon, as otherwise of
welded joints would be impaired. Complete absence of hot
cracks in welding is stated to be only possible when the iron
content in base metal exceeds 0.25% and when the silicon con-
tent exceeds 0.20,1,,. The upper limit of these contents is
determined by the drop of values of the bending angle and of
the impact resistance. Experiments with additions of ferro-
titanium did not result in considerable improvement of the
mechanical properties of welded joints. Titanium only slight-
ly decreased the number of hot cracks. There are 3 photo-
graphi, 2 charts, 1 diagram and 5 Russian references.
ASSOCIATION: Ural Railroad Car Plant (Urallskiy vagonostroitellnyy zavod).
AVAILABLE: Library of Congress
Card 212

~866h
5/137/60/000/012/026/041
A006/ADO I
Translation from: Referativnyy zhurnal, Metallurgiya, 1960, No.12, p.16o, # 29344
AUTHOR: Geynrl.khsdorf, N.G.
TITLE- Welding (AMts) Alloy Containers
PERIODICAL: Tr. Nauchno-tekhn.o-va sudostroit.prom-sti, 1959, No.33, pp. 45-53
TEXT: The author describes the welding technology of producing closed
cylindrical containers with 2 spherical bottoms and necks. A particular feature
of the technology is the assembly and welding of large-size blanks in the form of
flat welded panels, which are subsequently press-formed, rolled, assembled and
welded. The basic seams are to 80% carried out by automatic electric welding with
a semi-open are. Butt joints, up to 20 mm thick, are welded without chamfering
of edges and without gaps by two-side seams.
V. B.
Translator's note: This is the full translation of the original Russian abstract.
Card 1/1

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KINDN(IVR FFIDMANV L.K.1 GF*YNIJXHFP~iVp X,G~
Some Indicea of three-phase weldi- of alminum and its
&Iloys by nonsumable electrode and with fl". Avtom. avar.
18 no.WI-53 Ag 165. (MIRA 18!11)
1, Urallakly politekhnioheskiy Institut imeni Kircva.

KMADMINIMO R.I.; GIMI T.U.
Autmatio trindAC of bags. Am. pro26 33 no.3118-19 Mr 158.
(MIRA lIt4)
1. T3611yulosnyy zavod "Kekhra."
(Paper bags) (Paper-cutting maohinee)

VEPJIIKP V~ S, Inzh.; GETITRIKHSDOFY, 14. G., inzh.
RecondJtioning chroxim bronze s-lectrodes for resistance
welding machinefl by build-up are welding. Svar. proizv. no.10:
32-13 0 '62. (MIRA 11,:10)
I_ Vral lskiy vagonostroitellnyy savod.
(Electrodes-Maintenance and repair)
(Bronze-Welding)

GRYNTS, A.Ye.j GARUTT, V.Ye.
Determination of' the absolute age of the fosmil remains of a mammoth
and a wjoly rhinoceros from permanently frozen ground in Siberia using
radioactive carbon (04). Dokl. AN SSSR 154 no.0:1307-1370 F 164.
(KRA 17:2)
1. Palsontologricheskiy muzey Universiteta C)s1o, Norvegiya i ZoDlogicheskiy
instLtut All SSSR, Leningrad. Preislmvl,!~no akado-nikom Ye.N.Psvlovskim.

GEYETS Pli. G.
. ..- ---
Graphic analysis method for calcualting the roots of characteristic
equations containing first and second order BesBel functions. Inab.
-fiz. zhur. 5 no.10:77-81 0 162. (~~ 15M)
1. Tekhmologicheekiy institut kholodillnoy promyshlennosti,
I*niijgrad.
(I~Judtiono, Roots of) (Bessells functions) (Graphic methods)

.0_
ONG: To' Amlo eal IR0444 of 1kofrige-ration Isidustry, Leninor&d (Tekhhol 6gj eheskl~
I=tI 111bay oftwshlenh6iti)
TM: TeMerature field in a hollow cylinder for small values of the Fourier
criterion k
SOURCE: Inzbentrno-fixichaskly shurnal, v. 9, no. 5, 1965, 674-679
TOPIC TAGS: hollow I nda64ourier criterion, Fourier number, temperature distri-
bution, temperatwe d,
~AWRACT: A method is lpr*oented for determining the temperature field in an infinite
hollow cylinder with a constant tepperature maintained on both its surfaces. The
known solution of this pr0lem has been given in the past in the form of infinite
series which cofivargetL rapidly only for large values of the Fourier number. The pro-
posed method is based ast Indications by A. V. Lykov that various problem associated
with transient hag~-cqpfto problem can be solved for quite small Fburier numbers
, 19RI
if the Laplace"10*niiie integftl transformatim is used. FbIloving this advice, a
regular differetitial equation is obtained in terms of the Laplace transform and an
expression is derived for a temperature parameter e from which the temperature dis-
tribution In an infinite cylinder can be determined with satisfactory accuracy for
1/2 UDC: 536.12

L
small Fourier numbers Fo. By comparing the values of Fb obtained for 0 from this
oxpression with its exact values, an accuracy to four decimal places is found vo be
Otainable for Po 4 0.01. The application of the results obtained here to determin-
ing the temperature field In a hollow cylinder of finite length having constant
temperature over all its surfaces is discussed as an example. Orig. art. has:
20 formulas. [VKJ
SUB COW-Y"/ SM-14 DAM 19Ju3.65/ ORIG W: 005/ MR IMF; 000/ ATD PPM;Y,

GEYNIS, V. A,
35873 Sovremennoye lzuehetinosti rezhipia po(lzeu,nykh vor; ferFanskoy
kotloviny I Wachl (;allneyshikh is3ledovanly. Trody In-ta reologli (akad
nauk uzbek. ssr 11, vyp, 3, 1949, c. 169-F'l---tezyume na uzbek. Ynz.
-SO: Letop's' Zhurnal'nykh Statey, No. 49, 1949

KAYLYANOV, G.A., otv.red.-, KRYLOY, H.M., doktor geologo-mineral.nauk, red.;
LIWESARIN, N.A. , doktor goologo-mineral.nauk, red.; DMITRIYEV.
V.L., kand.geologo-mineral.aauk, red., GRYNTS, V.A., inzh., red.;
TORONOV, V.I., kand.ipologo-mineral.nauk, red.; ft*fAGANOV, Kh.T.,
inzh., red.; GAMOV, V.G., kand.geologo-mineral.milik, red.;
BEDKR. B.A.. kand.geologo-mineral.nauk, red.; KHASANOV, A.S., inzh.,
rod.; KANSUROV. A.R., red.izd-va; CMMY.AVSKATA, A.B., red.izd-va;
GOR*KOVAYA, Z.F., tekhn.red.
(Transactions of the Second Hydrogeological Conference of Uzbekistan,
Tashkent, Apr.2-9, 19581 Trudy Vtorogo Uzbekisthnskogo gidrogeologi-
chankogo noveshchanlis. Tashkent, Izd-vo AkDd.nauk U2bokskoi SSR, 1959.
339 P. (HIRA 13:9)
1. Uzbekintenskoye gidrogeologichaskr)ye soveshchaniye, 2nd. washkent,
1958. (Soviet Central Asia-Woter, Underground-Congrease8)

KENESARBP H.A.; GEYKSP V.A.
Resources in underground waters in Uzbekistan and prospects of
their utilization in the national economy. Uzb.geol.zbur.
no.5:5-15 161. (MIRA 14:11)
1. Institut gidrogeologii i inzbenernoy geologil, Uzbekskiy
gidrogeologicheakiy treat.
(Uzbekistan-Water, Underground)
(Irrigation, Farming)

ALDULI.AYLV, A,A,.; VOUCIP V.P.; GLY1,71S, V,.A,.; 7,AKIIIDOV, A.Sh.; KHAITOV, BA.
Lae of tr.Ltiwn in hydrogeolorical studies. Izv. "' It z. SSi~.
Ser. fiz.~*at. nauk 6 no.5:45-49 62. (MII~A 15:11)
1. Inotii-A yadernoy fizilil AN
(Trit Lam) ( (JOOphl"iic3)

SMITZT, H.P., k*ad.tskhn.=uk; GITITS, T.G., insh.
In the existing 41TIsion into districts of the Moscow water supply
network efficient? Gor. khose Moak. 32 noo6:20-21 Je 158,
(MIRA 11:7)
(Kesecy-Water supply)

GITNTS, V.G.. in2h,
For economy and against wastefulness. Gor.khoz-M'--11-.- 33
no.11:1P-14 N 159. (MIR,, 13:2)
(Hoscow-Wat#-r-sunply nnginAering)

~1, I; ?~o 39561
S 205; 62 (X)2/003j(X)7/0I5
AUTHOR Yeinei'vanova, 0. V. and Geyntse,_Ye. A. 1021 1221
TITLE Effect of ionizing radiation on established antitoxic and antimicrobial immunity
PERIODICAL. Radiobiologiya, v.2, m. 3. 1962, 434 436
I I: XT Since ilicie is it di4agreenient in %,ie%%s oil the OTLO tit' radiation on a11111111cloblal and alittlomc
inimunit) the juthor,, studied this ellect in rabbits %%ith a tie\% pol\\accinc compowd of antigens, Iron)
shigella and typhoid bacteria and botulinus, tetantis and gas gangrene to\oids. The rabbit, %%ere irradiated
with Co"' gamma rii)s ((,(X) 0 10 12 days after vaccination. The radiation klitniage \%its characleriied hv loss
ol %%eight, leucopenia. and death. Immunized rabbits %%ere more resistant to radjallon than nonuni-auni/ed,
15 i",,of theformet group (tied after irradiation compared %%it h 48 ", of I lie latter gi oup. Iiradlati01l0fiMMU-
nized rabbits did not affect their antito\ic immunity. Rabbits irradiated al the time of're%accination developed
Mo times less antitoxin than control animals.
Antimicrobial immunity was examine(] in mice irradiated \%ith X-r,i\,, (451) r) and it %\as tound Illat
nized mice \%ere more resistant to radiation damage than nonininiumied. On the other hand. mice irradiated
after vaccination 1%cle more Wilsitive to a challenge with S. typhi strain T\, than non irradiated
MSSOCIANON. Voctino-medilsinskava ordena Lenuia Akadenli\a ini. Kiiova (\Iilit;ll\ Medical Older ol
Lenin. iiii. C. M. Kirov College) Leningrad
StJRki]T-1'1--D November 19, 1958
Card I I I

1. S.
2. US-'-',R (600)
!.. Coal Mines in-I M,.'-,n .11,
7. M-i~;terlm, n.,,,,, -~ v valdn,' t0cri. ~-quO- Mist. u-1. 1, no. 111, 195 -
9. Monthly List of Russian Accessions, Library of Congress, Fe~)r,i J",f 1953. Unclassified.

Diciny, Slawomi I I
botanical Institute of the Academy wt' 6ciences of Czechoslovakia.
1)
Dot-ztlw'- 48 no.2:0/ F 10. (MIRA 16-4)
1. Bot&nichookiy iristitut Lhekhoojovatskuy Akademii nauk, Prugonitse
pod Pi agoy.
research)

4t

1- -n -'U:

02710. A.A.
Use of spectrum analysis In petroleum geology. 1%v.AN SSSR.Ser.fis.
19 no*2:201-203 Mr-Ap '55. (KM 9:1)
I.TSentalInsys, nauchno-iteledovatellskaya laboratoriya Ukhtinskogo
kombinata Noel ASSN.
(Tartu-4;peetrum analysis!-Congrestes)

j MV, A.I., red. isd-va; POLYAKOVA, T.V.,
QjF,yN,_jcy__Barjuovjqh-. PIJW
tekhn. red,
(Steelmaking; modem methods) Proizvodetvo stali; sovremennye
sposoby. MoskvR, Izd-vo Akad. nauk SSSR, 1963. 165 p.
(MIRA 16:6)
(Steel--Metallurgy)

GIAO. S I B I
;".W
Trea, ment of chronic laukosia with urethane, Kjjn.m~d.,MoBkv& 29
nos]:??-79 Jan 51. (CLNL 20:5)
1. Of the First Paculty Therapy Department (Head--Prof.T.A.Beyer)
Military Medical Academy imeni S.M.Xirov.

GBYRO, B.B.,Imndidat moditainakikh nauk.
Clin.ico-homtological variations and stages of chronic myelosiB.
Terap. arich. 27 no.6:)-lo '55. (MLRA 9:2)
1. 1z I-y Wedry falculltatskoy terapil (riach--prof. V.A. Boyar)
Voyenuo-meditsinskoy ordena Lenina aksdemU imenil. S.M. Kirova.
(HOWINS DIMUSIS
classif.)
(LMJXCN LA. MLOCTT Ic.
clatsit.)

17(14) SOV/177-58--(-13/28
AUTHORi -,Gpyro' S.B. Candidate of Medical Sciences, Avisov,
the bledical Corps, and Rybakova, G.A.
TITLEt Changes of the Peripberal Blood and the f.'edulla
Ossium due to Osteosynthesis by Means of a L 'etal
?in in Fractures of Hollow Cylin-'Irical Dones
PERIODIOALi Voyenno-maditainckiy zhurnal, 1958, Nr 7, pp 58-63
(USSR)
ABSTRAOTi
l
a
l
The atiole dinciannee changen of the i her I
r
a
at
,
nte w
ith
blood and of the medulla ovaium ,
l
variouo fraoturem of hollow cylindr c bonee and
local ohangen of the medulla osaium prior to the
introduction of the pin And after ita extraction.
A ereat many scientinto includin Rayah (1943),
(1954 ), Y4,1. Dubrov
Slani (1941), R.L6 Oinsbur
ev (19 ) who ntu4led the red
(1952)9 A.S. Ignat 1
g,
~
blood of p4tishts 4 ter onteopynthapio, aboarved
OArd 1/) in severAl cones anemia of differept degrees, Ya,

"C)V/J".- e
Changes of the Peripheral Blood and the !.:edulln to
Osteosynthesis by Yeans of a Metal Fin in Frnctures of 'mollow
Cylindrical Bones
G. Dubrov experimentally proved locil chan,--es
r
of the medulla ossium after osteownthesi-( of
the hip bone, The author of thi,,; article wins
up the results of his investij-1,ations in the
followinC conclusions: 1) Concernin,- Lhe blood
s stem osteosynthesis is not contra-in4icated.
2~ Osteosynthesis of the hollo,~,; c~71in,-irical bones
by means of a metal pin take.,, no effect on homa-
topoiesis. The chanCes of the blood system fol-
lowing the operation are temporary or reversible.
3) After osteosynthesis, active hematopoiesis is
to be observed in the punctate of the pitient's
sternium. 4) In long hollow bones ~~,,-ithout active
and general hematopoiesis the steel pin is an in-
significantly negative effect on the hematopoietuic
Card 2/3 functions. Only in the zone diroctll,, idjacent to

OV/ 1
ChanCes of the Peripheral Blood anl the '.:edulla Onsitir. hie to
Ostoosynthesin by r,*eans of a 1,"etal Fin i_,i Frrtct!iro~; oi` liollo%,:
Cylindrical Bones
Vic pin's cnniil an excrescence of t1lo :;I'romc or
the connectivum an,~. a restraint nf 1,1.i, ictive -maren-
chyma take place. 5) It i:-; tr) be ~7,,ipposed that
chan(.-,es o.k" the blood sy-ftem dtx to
result from the metal pin as stimulur; of '6ie re-
ceptors of the medulla ossium anl from the effect
of the very injury and the surEical intervcntion.
6) Durinc 3 to 6 months followinC operation the
compound of the peripheric blood in-most of the
patients vas normal and onl,,- in a few cases was a
t-~ndency to moderate leueopenia with relative
lymphocytosis and neutropenia observed. ThQre are
2 tables.
Card 3/3

GIMP S.B., kand.mod.nauk; TOWZAKOV, Y.L., kand.med.nauk
Felty's 9."dromo; clinical aspects, pathogenesis, therapy. Terap.
arkh. 31 no.10:76-81 0 159, (MIRA 130)
1. It klinikI 1-Y falculltetakoy tarapii (mchallnik - prof. V.A.
Bayer) i kliniki khirurgit usoversbanotvovantya vrachey (nachallnik -
deystvitellr,v7 chlen AMN SSSR -,vrof. ?.A. Kupriyanov) Voyenno-meditain-
ekoy ordena Lonina akademii imeni S.M. Kirova.
(ARTHRITIS, ROUNATOID)

GEYROx S,Bbj TOI',UZAKOVg V.L,
Surgical treatment of patients with Felty's syndrome. Vest. khir.
85 no. 8181-88 Ag 160. (MMA 14: 1)
(ARTHIMIS, RJIEUMATOID) (SPLEEN-SURGERY)

GEYROS S.B.; MITROPOLISKIY~ A.N.
Clinical picture of Brill-Sy=ers diBease (giant follicular lymphoma).
Frobl, gemat,i Perel, krovi 6 no.113(>-43 161. (MIRA 14:2)
(TUMORS)

GEYRO~ S.B.0 dotsent
GmerF,-1 prrinciples rind plan of the-ap.,; for ,,,,tients with chroni!~
ly-iph,,ttc Dmikomia In relation t.(.) the fom., stago, anct phiise of
61.9erse. h,ub3.,j;Emat,i peral.krovi t, no.~A3-17 Ap 161 ~MIRA 14:6)
1, 17-, 1-af9dry fnkulltetskoy terr.pii Nc.l. (mc~.. - .2rof. V.A.
111-7eymo-mtditsinsl:ny (-r-,Ien'!;. LerAna a~:a-;emii
(LEUKENTA)

GI;Y.-.01 S.D. , dotsent; KLYAGIMN, MISHCH M'O, A.S. (Ioiningrad)
Mcroglobulinemin (Waldenstriials diseaset systemic lymphoreticullosis).
Vrach. delo no.9:36-41 S 161. WIRA 14:12)
1. Kafedra fakulltetakoy terapii(nachallnik - prof. V.A.Beyyer) Voyenno-
r.(~dltsinskoy ordena Lenina akademii imeni S.M.Kirova.
(RETICULO-MOTHELILL SY3TIY-DISELSM,)

GZrRO1 S. B.,9 dotsent; TOLUZAKOV, V. L., kand. med. nauk; DYGIN, V. P.
_116 n-f~_g'riftd)
Splenectaw in autolnnune diBeas,es of the blood system. Klin. med.
no.6:62-69 161. (MIRA 14:12)
1. Is kliniki fakulltstakoy terapii (nach. - prof. V. A. Bever)
i kliniki khirurgii dlya usovershonstvovaniya vrache~ (nach. -
deystvital'Wy chlen AMN SSSR prof. P. A. Kupriyanov Voyenno-
maditainakoy ordena Lanina akademii imeni S. M. Kirova.
(SPLEEN--SURGERY) (BLOOD--DISEASES)

-GEM, SJL, doteent
Controversial proble= in the theory of osteo- and myeloaclerotic
IsuUmim Probl.gemat.i peral.krovi no.329-11 162.
(KMA 15:3) ;.
V , 17~, )" 90h -1
L Im Klizai ftkulltetakoy terapii (nach. - prof. A. Bay--- -
Voyemo-moditainskoy ordena Lenima akademii imeni S.M. Kirov&. 4-W"
(UWMA)

M"M, S.B.,. dotsexit; EERTMER, G.B.; SIEWO,, L.F. (laningrad)
Successful X-ray tbarapy of torpid paraparesis of the logo
in chronic lymphatic lm*emia. Min.med. no.9:143-146 162.
(KMA 15:12)
1. 1z klinlki fakulltetakoyterapii (nacb. - prof. V.I. Beyyer)
i kafndry rentgenologii I radiologii (i. c. nacb. - prof. V.S.
Vakhtel 9 Toy-enno-veditainskoy ordana lanina akademii imeni S.M.
Kirova.
(LEUKMTA) (PARAFIXGIA)
(I RAYS-nMtAMTIC USE)

t
1,7 7
(MARB141-11RIMS11

ZA, I'El SK F

"'iii., '~(
'.- -, I ) *, s,~ -r, ; V "' -I' ~ i "'h I ~' , if , F ~ ; YERYKAD. ",~ V. .k J' , ,'i 'I`z~ -,';i,NKf , ~' I .
-*l",.rEjc: t ~,rqn:', Cus;'_ ~,, i-, hi~ bi-; (A .,' n :- -rf~. ' ,, ~, L: -' ,~2.r-_ -cs a!l '
I - . a-, A .,n
', n~, .: ''. , ". . , 'w "
-.)I '~' ~Ar.~ 1), . vc~n.._Tjp. . Z.I;,: . - to,
t .. I ..- . - 1.6

GMO, S.S.
Smission spectrum analysis of specimens from Devonian and Carboni-
ferous sedimentary strata found In the Troitako-Pechorsk District
of the Komi A.S.S.R. I%v.AB SSSR.Ser.fis.19 no.2:200-201 Mr-Ap
155. (KLRA 9: 1)
l.Ukhtinskiy kombinat.
('rartu--Spectrum analysis-Congresses)

MOD(, T.G.; GWRO, S.S.
Bitumen occurrences in Pro-Jivet sediments. Trudy VEGRI
no.133:347-352 159. (14IRk 13:1)
(Timan Ridge--Bitumen)
(Peebora Valley-Bitumen)

GKYRO,t.AA,- " ...... -, I
.1. -1-1-
Geachemical chiracteristlea of i)etrolnuiz) ]n '.~. arou
based cm iril'i-ired absorption .,~voctra. Trudy VNICIFj no.212. GaoKlilm.
nbor. no.8tl3f~-1.6~ 163.
Now mat'.odr, of ,!,f: ; am-1,
. yAs of bitu~%cns. lbid.:250-
262 (Mlia 16:12)

3/048/6 - 3/027/001/038/043
B1'25/B102
AUTHORt Geyro'.S. S.
tITLEi Geochemi cal charilc*.vri
infrared absorption .1,
t,;iumens ftcror;Jing to the
1."
v. 27,
PER10DICALi Akademiya nauk L~o3ll. ~Icri
no. 1, 1963, 110 - I'',
TEXT: Determination of the contend ;,ro-.ffin itructures and
aromatic structures (lil.31 11-15 rir in b! tumens nr:d mineral oil
from the infrared spectra is desor-,i-, :"~osze spoctra vere rec-)rded by a
single-ray spectrometer of the tyi'i "IKS-12). The qbsorption in-
tensity ration of the carbon and components sho-,v how f~z the
mineral oil has undergone VeoOlpm~--,! :-,1-:-i1ion. The bitivnens (,an be
classified from their spectra in ffrir the spec! 'ra of tile first
group have their maximum at 6.1 - t,.' -.,. rt,l i tire similnr to the spectra of
the waakly metamorphoued mineral v~!-;. r-,)vc1ra of the socond group,
which occurs the most frequently, !!~i, r, !,-Oire absorption intenoity in the
range 6.2,ttis of the same order of 11)j.Je fin in the ranpe 'j.0IA4 .In the
Card 112

-'/04.fl/'6 V0,27001 /058/04 3
Geochemical chRracteristics of* )112 ~/ B 10.1)
spectra of' the third group t h~! Pilo!, i (it' tho oxyl-,en II011111 i 13 more
intense than that of' the nromatic f~ Tho specira of the fourth
group show strong absorption at and be long in mos t c ases to
strongly metamorphosed bitumens. :;7, --nt, results agree weil with all
geological data usable for clast;i f i~ i inOicating that the method is
suited for rapidly classifying larr,- r:,i of' bitumens according, to their
carbon content. There are 2 fiinir;-., tables.
CRrd 2/2

YAL*.~.
taidi e s of t, j%(. n v J n t.!.(- c row, n., - c t t on of
Noftegazqt~i~lm I goofiz. nc).8:35-~8 165.
(MIRA 18t8)
laboy-ator!ya
I.u ii~ ravlunlya.

In
TV, I
:-I t

cj"
Iv)
ARTAMKOV. Mikhail Alskseyevich; retsenzent; RYIUZOT, A.B.,
rodaktor; SEGAL. N.M., redaktor; KEDVXDBV. L.Ta., tekhnichaskiy
radaktor
LSafU%Y engineering in the manufacture of viscose fiber, cellophane,
8nd caprons eilkj Takhalke bezopeenosti pri proizvodetva viskotnogo
Volokus, tsellofana i Impronovogo shelka. Pod red. A-N-Riswova.
Moskva. Gos.nauchno-tekhn.izd-vo N-ve legkoi oromyshl.SSSR, 1957.
140 P. (MLRA 10:8)
(Textile industry--Safety measures)

GIIYSBZM, S.M.; SHIKKOV, NA.
Ability of staple fiber to be processed. Tekst.prom. 17 no.10:21-22
0 157. (MIRA 10:12)
(Rayon spinning)

USHANDY, 3,11.; LAVIIW'YNYA, TeA; GIffSBM, S.M,i SEDMOV, N.K.
Syntheti6 fibers frompolyvinyl alcohols. Khim.volok. no.4:
3-5 '59- (MMA 13-2)
1, Institut vyeokomolelmlyarrqkh soyedineniy All SSSR i Leningrad-
skiy lavod.
(Textile fibers, Synthetic) (Vinyl alcohol)