SCIENTIFIC ABSTRACT NEPROCHNOV, Y.P. - NERAD, Z.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001136610016-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: August 1, 2000
• Sequence Number: 16
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

NEP=HHOVO YU.P.
Structure and thictmese of the sedimntary layer in the Bay of
Bengal and the Arabian and Andaman Seas. Trudy Inst. okean. 641
214-226 164. (KRA 170)

by the methc~ in LKe ac,eat3. O~ean,-,-
logiia no.3t",-U-516 (maRA 18:1)

MINDELIS P.Sh.; NEPROC,H~PV? Y.U.P*.; PATAMAYA, roj,
Determining an area void of granite layers in the Black sea
trough on the basis of the data of deep seismic sounding and
seismological data, Izv. AN SSSR. Ser. 9801, 30 n0,2117-15 F
165. (MIRA 18:4)
1. Institut okeanologii All SSSR, Moskwar i Institut geofiziki
AU GruzSSR, Tbilisi.

KOVYLINP V.M.; 2FPJqwLqV,..Yu.p.
Structure of the earth's crust a-A sedimentar7 co-7er in the
central part of the Sea of Japan according to seismic data.
Izv. AS SSSR. Ser.Geol. 30 aO,4:10-26 Ap 065,
(MIRA 18*4)
1. Institut okeanologii AN SSSR, Moskva.

1, 3330~6
ACC NRI AP6,007652 SOURCE COT)-,,t U.~l,/0213/66/006/Wl/'O,'-',~-)8/01()i
A U17W C';R .NOD110C
blur z1as, G. la.~. Etchina4za V K.
aLs- TI
MG: Irn "RLOjeanoloer. AN SSSR (InstItuVzokjemo1ogU tituts of
AN lag
titut geofiziki AN GruzSSM)
T11.12i Structure of the the eastern regLon of the Black Sea on the
of so~iamic Ampth c2un4inm
SOURCE: Ckeanologiya v.6, no. 1, 19660 98-108
ITOPIC TIPWSs earth crust, seismology, holograph
ABSTRAM. The work was performcj u9ing sea-anI shore recorAing stations* The Institut,
of Oc,-tanologyls shfus NAkaA�%Ak YLVIin is an "AkaAemj~ utseA au sea
recorling ntattons. The recorling Aevices on both ships lnalwiW4-thylrophonss .dth pre.
liminary 3mpllfiers an~ zeismic Aepth sounAing stations Aesigne4t by the Institute of
Physics of the Earth (Institut fiziki zemli), each consisting of two low-frequency
amplifi,3rs, two me4iun-fraquaney amplifi(-~rs, ani one sonic amplifier* The hyArophones
were rW~mwgel to a Aepth of 80 m. The shore stations ver* -U**%*4:&& SwIdLami am
ZugAidi. Explosions of trotyl charges weighing 130 kg vsre-viM -arl'&-SOU~ae for soismU
waves. U3ing four recovied wave groups,threa sections of this earth's crust were ex-
Card UDO i

L 3.3043-66
ACC NR& Ar-6007652
plormA. The ~,Lwly of neA-mograms mA ho4ographz .41scloseA that the three sections
crosE,*,~ hetero,- '1,in-~ou,-, zorv!s of conplnx formations, ffdwssv~rp po3itivo--17
!Plot-rafractc,ri uou&l-sxy were not sufficiently accurate# althoufp some c~)nalusion,
about the ~81411 M-.AlCtur(i of th,- s-etions coulA be ma4e. The oross-saction of tho%
earth crust e-xplov,-ri canolsbq of-:3irlimentary uirl "basaltic's beAs. FAstwarel lies a
11g,ranitic" bel. A:3 irLoqt lmport.,inU elviract-ristic of this regionts eartAx structure
is tho bii_, uphriaval of the. "rranttle" 1),,-r1,bur1e,1 un-4er a 4-km mass of saAimmntatlone
It cou.14 be conallp.,rml as it reavain-ler of the trans-Caucaestan geoanticlina.-Anothir up-
heaval of smallpr size Is locaW in the vicinity of the Waut abole. In a-lAition to
the authoro, G. IN, Shehepldtso ) G._S. Strizhenok. M, As Wonchkovskiy. 11. 1.
- cbin.- ai 0 o thers participatel in the expaii tion. The material vas processei by A. Yo
Neproc"-Ova anA Yu. P. Neprochnovi th6 seismogram processing was 4one at the Zuglili
sea station by-Q,.Jap MurusDze anl V. Ke ChIchinaAseG, Ceig* art. haas 5 fig. [191
SUB CON-4 08/ SUBM D&TE: UNov64/ ORIGG REPS 005

LT-Cq! ~Irj_
L___6Z ZWW W
ACC NR3 AT6034360 S-0
r
AUTHOR: k1alovi SKLYJ, Ya. p., Neprochnoy,,.Xb F.
ohm%
ORG: none
TITLE. Comparison of seismic and ravimet ric\ 'data on the structure of the Earth's
i crust In the Black Sea depra9aion
1 SOURCE: AN SSSR. tbzhduvedomstvennyy geofizicheskiy komitet. Stroyeniye
Chernomo&ko-y vpadiny (Structure of the Black.Sea depression); sbornik statey. Moscow.
Izd-vo Nauka, 1966, 5-16
TOPIC TAGS: gravity survey, seismic zoning, Black Sea depression, seismic profiling
ABSTFJ.CT: An attempt is made to correlate the Bouguer gravity anomalies with the- -
deep-seated structure of the Earth's crust in the Black Sea depression by comparing data
from deep seismic sounding with gravimetric data. Quantitative computations were
performed for several profiles intersecting the Black Sea and passing through sectors
investigated most thoroughly by seismic methods, assuming that comparison of data
would make it possible to determine structural features in the regions of the Black
Sea depression for which only gravity data have been available. Four of the resultin
s eisma geologic profiles of the Earth's crust are shown in the paper. Comparison of
theoretically calculated anomalies with those obtained in regions for which deep
seismic-sounding data are available shows that good agreement is achieved for the

L 08429~n6z-
ACC NRs AT6034360
following densities: upper mantie - 3.3 gr/cm3; basaltic layer - 2.9 gr/cm3; granitic
layer - 2.7 gr/cm3. Calculations show that the principal infltence an the gravity
field in the deep-water basin of the Black Sea is the relief and relative thickness
of the major LTYem in the Earth's crust (basaltic layer, depth to the Maho discon-
tinuity). Geophysical zoning of the Black Sea region is proposed which takes into
account the geological and geomarphological features of the area. The article also
contains a bathymetric map of the Black Sea showing the location of the profiles and
a Bouguer gravity~anomaly map. Orig. arc. has: 7 figures.
SUB CODE: 08/ SUBH DATE: O4May66/ ORIG REF: 009/ ATD PRESS: 5103

ACC NRI AP7003058 SOURCE CODE: UR/Coil/66/boo/007/0064/
774~
AUTHOR -. ~ftpLochnov!i Yu. P.,,, )~elli~iLkov* I. N.
ORG: Institute of Oceanolop-y, AN 355R-.-.Mo's.c9vt' (Institut okeanologii All SSSR) 6~
TITLE: Structure of the sedimentary layer of the deep-water depression of the
Black Sea to the south of the Crimea
SOURCE: AN SSSR. Izvestiya. Seriya geologicheskayap no. 7, 1966, 64-74
TOPIC TAGS: oceanography, earth crust
ABSTRACT: Information is given on the structure of the sedimentary layer of the
deep-water depression of the Black Sea to the south of the Crimea. Emphasis is on
detailed description of the work along individual profiles rather than on the apparabui
or methods used, which have been described in earlier papers. These detailed investi-
gations by the reflected waves method at the boundary of the region without a granite
layer revealed that the change of the deep structure of the.earth's crust is
not reflected in the structure of the upper (2.5-1m) layer nt a 6W,
This indicato3 that the two diffarent aoctors of the earth's crust in
the Black Sea depression in tho inveaUgatod area already have long
been rigidly connected to one another and have developed as a single
unite Work along one of the profiles made it, possible to investigate
;the southern aide of the earlier detected uplift in the sediments.
UDC:
~Cp'd -55O..~12(262.5)

L 10376--67
-ACt NR
This dislocated sector is associated with the zone of contact of the
!deep granitel and gr4nite2 layeras which indicates a direct influence
of deep processes in the earth's crust on the structure of the sedi-
Mentar7 layer* This region probably is stil.l tectonically active#
which is confirmed by a warping ofthe bottom relief# which is
associated with a concentration of 4~athquake foci. Further southward
OiMP143
the sedimentary Uyer of-the Black.Sea. depression has a
almost horizontally stratified structure. The echo sounding measurements of the,
relief of the bottom on the FTA I%alogall were carried out under the direction..-
of 0. V. Mikhaylov. Orig. art. has: 7 figures. IJM: 37,7101..
SUB CODE; 013 SUBM DATE; 19Jul65 ORIG REP.1 005

ACC - NR& AT6034512 SOURCE CODE: UR/001~0-/Ci~to(lb?600-iOfi~-tOf46
AUTROR: Goncharov, V. P.; Keprochnova, A. F.; nov, Yu. P.
ORG: none
TITLE: Bottom geomorphology and the deep-seated structure of the Black Sea basin
SOURCE: AN SSSR. Otdeleniye nauk o Zemie. Nauchnyy sovet po kompleksnym
issledovaniyam zemnoy kory I. verkhneymantii. Glubinnoye stroyeniye Kavkaza
(Abyssal structure of the Caucasus). Moscow. lzd-vo Nauka, 1966, 135-146
TOPIC TAGS: Mahorovicie discontinuity, earth crusts granitic layer, basaltic
layer. sedimentary complex, seismic velocity, geomorphology 18'e'qC& ---S6#q4qJ451A1
ABSTRACT: A large part of this paper summarizes the results of geomorphological
investigations conducted in the years 1956-1963 and discusses the tectonics of
the Black Sea basin. The article Includes schematic geomorphologic and tectonic
maps of the Black Sea depression. Part of the paper reviews the deep-seated
structure of the depression on the basis of data from deep seismic sounding conducte
since 1957. The sedimentary complex is characterized by a low mean velocity of
seismic waves (3-3.5 kmlsec). The boundaries velocity (Vb) in the granitic
layer, found only along the basin periphery, is 5.8-6.3 km/sec. Two stages of this
layer with Vb - 5.8-6 and 6.3 km/sec were established recently south of the Crime&.
The basaltic layer, 12-18-ka thick in the eastern and 5-6-ka thick In the western
Black Sea, Is characterized by a boundary velocity of 6.6-7 km/sec. For the

AT6034512
Mahorovicic discontinuity, Vb - 8-8.2 km/sec. A map of the thickness of the
sedimentary complex and the Earth's crust Is given in the text. The article also
contains a scheaatic cross section of the *Earth's crust through the central part
of the Black Sea, basin. Orig. art. has: 4 figures* [WA-7941
SIB CODE: Oa/ SUBM DATV 26Feb66/- ORIC REF.- 017/ OTR REPS GOI/
Card 2/2

i. ACC NRz KE6031372
SOURCE CODE: UR/0000/66/m/m/ol53/0157
;AUTHOR: Kovylin, V. M.; Neprochnov Yu.,W Udintsev, G. B.
IOIRG: none
=TLE: Use of ultrasonic waves to study the layering and speed of propagation of
lelastic waves in ojean sediments
,SOURCE: AN SSSR. Institut fizikL Zemli. Ceoakustika; ispolIzovaniya zvuka i ultra-
lzvuka v seysmologil, seyamorazvedke i gornom dele (Geoacoustics; the use of sound and
iultrasound in seismology, seismic prospecting, and mining).-Moscow, Izd-vo Nauka, 1966,1
1153-157
iTOPIC TAGS: under-4ater explosion, ocean acoustics, oceanographic equipment. oceano-
~graphic ship, ultrasonic wave propagation
~ABMACT: Experiments carried out by the Institute of Oceanology, AN SSSR to deter-
Ipine the speed of propagation of elastic waves and layering of ocean-bottom sediments
lara described. The speed was measured both in the laboratory, using core samples, an4
ialso, directly on the ocean floor. The work began in 1957 and has continued since that
ittime. Measurement of speads,of elastic waves in core samples was carried out using a
WS-2 seismoscope. Each core is sampled at 1 cm intervals along its length. The maxi-i
a experimental error in this series of tests is found to be 1.6%. Speeds range from

ACC NR- AT6031372
:1430 to 1620 m/sec. 1 Results are given of tests on a 15 m long core. To measure the
j
ispeed of elastic wav~z directly on the ocean bottom, a special apparatus was construct-,
I
,ed, consisting of a supporting frame carrying the ultrasonic source and receiver. Sig-
,nals from the receiver are carried by cable to the ship and recorded on 'a aeismoscape.
The source is usually buried to a depth of 50 cm in the sediments, and the separation.
!be
tween source and roceiver is 50 ca. The last section discusses same problems of us-
ing ccmmercial sounding devices In experimental studies. In recent yam, a phatatele-
Igraphic recordim-, "Lifta", has been successfully used both in depth soundings and fcr
tstudies of layering In tho ocean sediments. This apparatus has been used on the Vftyaxl
!in the Pacific wid Indian Ocean&,, and an the Fetv Wmi&v =A Ba*Qsk In the Atlantic.
IOrig. art. hass 3 figures.
SM CODEZ 08.9/ SM MTE: 28Msv66/ OU49 Urt Oft/ (YM Urt 042

NEPROCHNOV, Yu.P.; NEPROCHNOVA .A.F.; Z-VEREV,S.M.; MIROKOVA, V.I.;
BOKUN, R.A.; CHEKUKOV, A.V.
Recent data an the crustal structure of the Black Sea trough,
south of the Crimea. Dokl. AN SSSR 156 no. 3:561-564 164.
(MIM 17:5)
1. Predstavleno akademikom D.I,Shcharbakovym.

ACC NR. AP7003058 SGURCZ CODE: UP/0011/66/000/007/006449074:
AUTHOR: N rochnnova. AR. F.; Neprochnov, ILUO P.; )Lellnikov,
I ORG: Institute of Oceanolo All 53SR. Moscow (Institut okeanologii AN SSS10
lithe
TITLE: Structure of the sedimentary layer of the deep-water depression of the
Black Sea to the south of the Crimea
~y
SOURCE: AN SSSR- Izveatiya. Seriya geologichoskayap- no. 7, 1966, 64-74
TOPIC TAGS: oceanography, earth crust
ABSTRACT: Information is given on the structure of the sedimentary layer of the
deep-water depression of the Black Sea to the south of the Crimea. Emphasis is on
detailed description of the work along individual profiles rather than on the apparatus
or methods used, which have been described in earlier papers. These detailed investi-
gations by the reflected waves method at the boundary of the region without a granite
layer revealed that the change of the deep structure of the earth's crust is
.not reflected in the structure of the uippor (2.5-1m) layer oY -Bedimentso\ge'
This indicates that tho two difforcnb noctors of the earth's cruat in
tho Black Sea depre33ion in the inveatigated area already havo long
been rigidly connected to one another and havo developed as a single
unite Work along ono of the profiles made it possible to investigate
southern aide of the earlier detected uplift in the sediments.
cmvl 1/2 UDC: 550.312(262.5)

L 10376-67
ACC NRi AP7003058
This dislocated sector is associated with the zono of contact Of thO
fdeep granitel and grq~nite2 layers,, which indicates a direct influence
of deep processes in the earth's crust on the structure of the sedi-
:mentary layer.* This region pro6ablr its still tectonically active#
which is confirmed by a warping of the bottom reliefv which is
associated with a concentration of earthquake foci. FUrther southward
'.~the sedimentary layer of -the Black. Sea depression has a simple#.
almost horizontally stratified structure. The echo sounding wasurements of the
relief of the bottom on the FTA I%alogall were carried out under the direction..-
of 0, Ve Mikhaylov. Orig. art. has: 7 figures. IMP: 37,7101.
q SUB CODE: 08
SUBM DATE: 19JU165 ORIG PM: 005

L 33343-66 pwy(i) AL
ACC NRI AP60W052 SOURCE CODL: UR/0213/66/006/001/0098/0108
Nel~ro ov A F.;_ Lug skly, G. NO; %~Zkbno'
~kirAgj~zo G. Ia.;
.1_
ORG: 1A01 walogy, AN SSSR (Instltut~Ok%00109U. atituto of
_tl6u.er 04 AM ; .in
QOOL~hyslcn Wif (W.11z5SflLj'jhsUtut geo ki &N CiruzSSR)
TIT12- Structure of the i~a~h' Aruat-An thm eastern region of the Black Sea on the
.basis of
SOWICZz Ckeanologiya v.6# no@ I# 1966j, 98-108
TOPIC 'PLGSt earth crust, setsmoloa
& , , hoAograph
ABSTAAGT. The work wais performci using sea anA shore recorAing stationse The Institu
of oc~anologyls sh1jM__!Ak,,tjem Viivilov" anl "Alc%Aemll g7 were usm as sea
recorling stations. The'recor-ling Aevices on bath ships iftcluq;h"'g;hyAroVhonss Ath pr
liminary amplifiers anti seismic Aepth counAing stations Aesilpej by the Institute of
Physics of the Earth (Institut fiziki zemli), each consisting of two low-frequency
amplifiers, two meAium-fraqunncy amplifit-ra,, anj one sonic enplifier. The hyArophones
were submargei to a 4#jpth of 80 m. The shore stations w%w loaat*4 In Sukhumi anA
Zugaidi. Explosions of trotyl, charges weighing 130 kg wera'uge4 as a source for seism
waves, UsIng four recorleti wave Groups,thres sections of the earthts crust were ex-
W2 TJDG t 590q=

L 3334j-66
ACC NR: AF6007652
plorM. The stuAy of scismograms an,4 holograph3 disclosed that the three sections
crossed hetero-m-neous zones of complex geological formations* However,, positively
plot-reloractej bounrlary lines were not sufficii%ntly accuratal although some conclusioni
about the r1opth structure of th,- sF~dtjons coul,; be made. The cross-section of the
earth crust iixplocnfl consists of-s,-~-Iimentary wi(I "basaltic" bads. EastwarA Has a
"granitic" brl. A) rto!A 1mp,,)rt,,mL ch,traat-ristic- of this r:!gionts earth structure
is the bit; upheaval of tho~ "gunitle" b-3,1,burirA unXer a 4-km mass of saAimmntation.
It coulA be consi4ereA as a remain4er of the trans-Caucasian geoanticline. -Another up-
heaval of =311pr size! is locatei in the vicinity of the QMaut shole. In a-?,qitlon to
the authors, Go N, Shcheplitsovp G. S. Strizhenok, M. A. Z%yonchkovskly, 11. I._-
Kichin, an4 others participatel in expelitiono The material was procesee,1 by A. F#
hleprocluiova am Yu. Pe NeDrochnov, the sei=ograa processing was 4one at the Zug4iii
sea station by_q*_Ya, Murusi4ze anj V. K. Chichinatizee CL-igo art. has: 5 fig. 1191
SUB COT)F,.- 08/ SUBM DUES IlMov64/ (RIG REF: 005

_ii6 64-5- 12 SOURCE COD9: u-R.,/-a(O'-G-O-/-6-'-6-/-'00-0-/'0-0-0/01.--3--5-?O.L-46--l'
AUTHOR: Goncharov, V. P.; Al~?Fochnovao A. F.; Keprochnov, Yu. P.
ORG: none
TITLE: Bottom gecmorphology and the deep-seated structure of the Black Sea basin
SOURCE: AN SSSR. Otdeleniye nauk o Zemle. Nauchnyy sovet po komplekanym
issledovaniyam zeanoy kory I verkhney mantit. Glubinnoye stroyeniye Kavkaza
(Abyssal structure of the Caucasus). 'Moscow. Izd-vo Nauka, 1966, 135-146
TOPIC TAGS: Mahorovicic discontinuity, earth crust, granitic layer, basaltic
layer, sedimentary complex, seismic velocity, geomorphology 18"Cle \z36.1 .643.,.4
ABSTRACT: A large part of this paper summarizes the results of geomorphological
investigations conducted in the years 1956-1963 and discusses the tectonics of
the Black Sea basin. The article includes schematic geamorphologic and tectonic
maps of the Black Sea depression. Part of the paper reviews the deep-seated
structure of the depression on the basis of data from deep seismic sounding conductg
since 1957. The sedimentary complex is characterized by a low mean velocity of
seismic waves (3-3.5 km/sec). The boundaries velocity (Vb) in the granitic
layer, found only along the basin periphery, is 5.8-6.3 km/sec. Two stages of this
layer with Vb - 5.9-6 and 6.3 km/sec were established recently south of the Crimea.
The basaltic layer. 12-18-kn thick in the eastern and 5-6-ka thick In the western
Black Sea, is characterized by a boundary velocity of 6.6-7 km/sec. Fon the
Card 112

~CC NRo AT6034512
Mohorovicic discontinuity, Vb - 8-8.2 km/sec. A map of the thickness of the
sedimentary complex and the Earth's crust to given la the text. The article also
contains a schematic cross section of the 'Earth's crust through the central part
of the Black Sea basin. Gri&. art. has: 4 figures. [WA-7941
SUB CODE: 08/ SUBM DATE: 26Feb661 ORIG REF: 017/ OM UF: 001/

x Nit, AV70C2311---------- -6~/Oi2
SOURCE CODE. 6/66/021/003/041-8/045i
11 i
AUTHCR: Movchanp B. A.; Nerodenko, L. H.
ORG: Institute of Electri2 Welding_ im. Ye. 0. Paion,-AN UkrSSR (Institut lektrosva
LE: Eq'ualitY of activation energies for delayed fracture,, steady-state
,TV1 creepand
of dislocation in high-alloy stools
SOMCE: Fizika metallov i metallovedeniye, v. 21, no- 3. 19669 446-451
TOPIC TAGS: crystal dislocation, creep, high alloy steel, material fracture
Via authors studi93 the interrelationship between
'eas', high-anor steels for strength:
is~6111`gohization parameters lnt~
band, dieep, properties at tempiiii~iiires 5% above the malting point
-,pzd6r relatively high stresses. Equality Is established betweeni
"'the aetiviation energies for polygonizat-ion,-delayed fracture
and steady'-state creep. The.resultant data exe treated from the;
r'....standpoint of the mechanism of thermlly activated dislocation
I, ~determined from the rate at which ti
~611mb dbi _je prooesses studied
tUa .place. The alloys studied were Xh1jZN1 1k(0.05-0.07% Col
~
~OM-0.1% Si. 16.5-18% Cr, 16-5-17.5% A. remalnder--iron) and
T&hl5N3? (0-05-0-07% C- 0.6-0.7% si, 37-0-38.0% N1, i5.o-16,dQ' cr,
imler--iron) additionally alloyed with manganese* tungsten
-Th.e alloyIns elements were added In identical
2 UDC: 5.48.0:539
--------------- 07.116-

ACC NR% Ap7002311
,4-tantities (1.~ and: 3.4, *a"t.%) during melting to Study the affoot
jp;C-. tgxosa. elements an the rid'allity of defects in an Iron-chromium-.
,;6Aqka--- solid Solution. Cast speoimens of standard size were used'
4 _yed fraoture. Z-A tgats for Ma?BM7
1
Ok-Meohanloal testa of dela:
,A&Oys ware conduated at T=6000 with a,=25 kglmae, while terkta
,.104~~Ma3N37 alloys were oonduated. at T66606 with d'=25 lcgjz=~,
art. has: 5 figures. I formula and 1 table. EJMS:' 37,4151
OOW-: U, 20 SUBM UM: 27Nar65 OMG W: 002 OTH REF: W1

Ij -
.- - - -.---- I - I -. 1 - - -- - --- -
"Organizing Disassembly %nd Assembly Work During Repairs"
Tanky-No. 1, 1953

W;PIIGKIYO V IA- ml"kw~ ~ -
Course of meteorological elementz dwir4ng, the.
June 30, 1954. Bjuj.WGO no.20:27-31 15" *
(Rellpses. Solar--1954)
(Meteorology-Observations)
SoIsr eclipse of
(PLU 10:8)

LIDIN, A.9 sterzhenshchik (Tambov); REPRO] j j, tokarl (Tambov);
_4-4, ".
FEDDROV,, N... brigadir slesarey, -"(T,'a' ... mbov)
The plant committee is responsible too! Sov. profsoiuzy 20 -,
no.2:7-8 J&164. 0 (MRA 17:2)
1. Zavod "Tambovkhimmash."
0

S1CMM ~WICA SW4 T01.919 Gen.Patholoo Sept 56
2950. NSPHYAKRIN G.G. fifed. t"St.. ScvOra-064tiflak. 0 Basophil (tichgjao-
Phargranul a of the neurat ti*si&e and the mast cells
-( H a a a i a a t r, X t) AUK". FPATOL, (Ifoscow) JUG. 1311 (26. S51 flitts. S
Comparative Investigations wieewade- witfit materill fixed in 10% formatdchyde
(from biopsy. MWOPSY IkRd animal experiments): after embedding In paraffin the
m2tcriat was submitted to stalping by 3 different methods. vilf.,: ccaV411ttanal
haemataisylin. fu chain and thionin staining. For Cuchsin staining I gotullons 'were

Used, vix.. (1) o. I mi. beate fachain on 00.0 Mi. 10% alcohol, adding 6.0 UL
carbo(la acid. (2) 1-2.4 mi. highly basic (whets an lie mi. dfaUtted **car.* t0.0 a
1% acetic acid and 10.0 mt. 6% aqueous carWUc acid solution. Sactiobe were
stained to these solutions and (hen. without washing in water. stained for I mift.
with methyt green (1.0 ml. methyl green on 400.0 ml. distilled water and SOA mt.
IS acetic acid and 50.0 mi. Sfe aqueous solution of carbolle acid). They were then
washed witit distilled water. dried with (Elter paper and. after xylot-chtoroform,
embedded In neutral balsam (beware of alcohol and acwton. which Impede staining).
For thicnin stat", too. 2 solutions were used analogous to fuchata staining but
different in that the 2nd solution of thionin was 5-10 times stronger than the. fuch-
sin solution. Hasophil-fuchainaphil granulation Is ruby red (demonatrable only
with tuchnift but not with thfo~in). It was demonstrable in the faHowing Intra-
cellular and extracellular cerebral localizations: the endothelluln of the capillaries
and the smaller veins. the adventitia. the garglion, cells of the cerchrat cortex.
the astrocytic glia and the oUgodendrogUa. e3cudate cello of the arachnoid and the
pia mater. and in perivascular zones in the cerebrum and 'he spinal cord. It was
not seen in the epithelium of the choriold plexus and In the apeadyma, nor was it
demonstrable in other organs (nor in embryos). Diseases associated with hypoxia
caused particularly marked granulation. in mast cells. too, basophit-fuchsinaphil
granulation was clearly demonstrable. 'These cells form a physiological trophic
metabolic system and connect the connective Ussue with blood and lymph vessels,
which also play an important part in pathological conditions. k
Brandt, 7 Perlin (V, I t~

IUWVffk=a avA Animml Korpholoa. ffervoto.,ftstem.
Abs Jour-. Ref Zbur-DIoI-j, No 15, 1958, 695M.
Author
rnst,
Title The Upofuscin Masophtlia Granulation.-
Orig Pub: Arkh1v FhtaloglLp 195TP Vol i19j, ko 3., 64-65 -
Abstract: With the use of the authorls'coubined method of
demonstrating the basophi2le granulation of nerve
cells and mat cells, it has been shown that
Upofuscia (L), In addition to pigment, contains
a special basopbIlic granulation. L can. combine
not only with basophilic granulation but also with
other substances. It is a coMlex protein-pipent
compound, sometimes containing an, admixture of
Iron, and fat (liver, brain). "Green pigmenV
Card 1/2 zl~~"W,

~G,G* (Kazant)
Wei cel2s In the nervous system. Arkbe pat, 22 nos IOM-59 160~
(MM 13:12)
I* Is kafedry patolagi&wskay anatomii (zam, - pmfw G*G. Kepryakh1n)
]rAzanokogo maditginakogo Inatitutao
(NEaVOUS SYSTSK) (WST CUT )

I I Fj J:
9 G.G.; rJIM, B.G. -
Case of defective development of the large vessels of the
heart, Mdrurgiia 36 noo3tU5-117 Nr 660o (MA 3-3:12)
(OMMARY MEM.-ABROMMS An MUMUTIM)

AgER4P44 G G. j, prof . SIMAREVA, A. 1.
assistent; KMTSUNt V.P. , ordinator
Clinical aspects and pathomorpholog7 of the first attack of
rheumatism,in a 1/+-month-old child. Kaz. mad. zhur. no 6:
50-52 N-D 61. (MIRA 151-2)
1. Kafedra gospitallnoy pediatrii (ze-v. - prof. Ye.= V),
kafedra fakulltatskoy pediatrii (zav. prof. K.A.S i
kafedra, patologiahesko7 amatomli (zav. prof. G.G.Ilepryakhin)
Kazanakago maditsinakogo instituta
(RMUMATIC iigz

NEPRYAKHIN, G.G., prof. (Kazan')
Causes of death of the fetus and the newborn; from materials of
the recond All-Union Conference of Pathoanatomists; January 22-26,
1962 in Minsk. Kaz.med.zhur. no.3:98-99 W-Je 162. (KRA 15:9)
(FETUS, DEATH OF) (INFARS (NEWBORN)_MDRTALITY)

I~';'-'N3PRYAKfMlt-.G.G. (Uzan')
Sudan staining of lipids and lipproteins. Arkh, pate no,2&
TY-79 163. (Km 16m)
1. Kafedra patologicheakay anaLtanii (zav* katedroy - prof,
G.Go Kepr7vkh1a) Kazanskogo meditainakogo instituta.

NIMAI(Mg Go Go p prof*
Scie4tifle and civic activity of Professor N.K.Llublzov
(1852-1906); an the 110th anniversary of his birtgh,;Km
med. zhur. no~204-67 Kr-Ap$63 16M)
1, Kafedra patologlazeekoy anatomii ("r, - prof. Go(;. Reprykhln)
Kazanskago neditalnokogo institutao

NEPHYAKIIIN G,Gs (Kazan')
~:-1,--.--1.,,--.---~ ...... =,
Imperative practical readjuatuient of the teaching of pathological
anatomy in medical institu+Aas Arkhopat, 27 no,7:80-,82 165,
(Mud 18:6)

BRATERSKAYA, G.N.; NEPRYAYJ-11-N VA.
Condanser discharge welding of si2ver-nickel and allver con'actars.
Avtom. ovar. 18 no.5t53-54 My 165. (MIRA 1040,
1. Institut problem materialovedeniya (for Braterskaya).
2. Institut slektroovarki Im. Ye.O. Patona AN UkrSSR. (for
Napr7akhin).

-REPMMnIt Tax.
Soil, districts of southern Towk Province, Uch.zapTGU ao*36:172-
195 r6o. (faR& .14.-5)
(Tawk Province-Soils)

.. In nip reem
C-- - -
Gruy.pWwlized forest so,118 of southern and southettstern Tomak
Fravinaso Uchozap.TGU no.36:186-209 160. (KERA 14:5)
(Towk Province-Forest soils)
, - I

mmom" Ye.K.
------------
Mix in the area of the Axim Repair and Supply Station in Towk
ftavJ=e- Vch-sap.TGU no.36.-210-218 160. (HIRI 24:5)
(Towk FroTime-Solls)

-1 -
YA HIN,,, A. T., TO-,,,-,i;1rYEV, A. V., P,:'X: Y. L., T. P.,
ANIAMEV, A. A. U-Z ~T.!-)N IV)
"Principal Regularit es of High-Temperiture Thwrmal azy; Catalytic PyrolYsls
of Hydrocarbons in 1,4olten I-etals aiA a iree Volure.11
ReDort submitted at the Fifth World "etroleur,
- - , 30 Yay -
5 June 1959. Nlew York.

1~ lly I I ;t
N LiddiiNtill '. . V.
Dissertation: "Investigation of Diene Hydrocarborg.-, of Lenzire Produced by OxiAlation
Cracking." Caryj Chow Sci,, Inst of ictrole=, Aead 6ci 1-0 hpr Ili. Vecherrr
ycya
'.'oskva, Voscow, 11 MY 54.
Sri: SMA 284v 26 INOV 1954

-P
tV 4;Z~ P I a I'< A I A) a,
USSR /themical Technology. Chemical Products 1-16
and Their Application
Treatment of natural gases and petroleum.
Motor fuels. Lubricants.
Abe Jour: Referat Zhur - Khtmiya, No 9, 1957, 31908
Author : Glushnev V. Ye., Nepryakhtna A. V.
Inst : Petroleum Institute, Academy of Sciences USSR
Title : Chemical Composition of Gasolines of Primary
Oxidative Cracking
Orig Pub: Tr. In-ta nefti AN SSSR, 1954, 4, 31-37
Abstract: Bibliography 7 references.
Card 1/1

AV, T.Y*,; MUSTAKEIRA, A.T.; ANDUTUA, T.P.
.- , - -
Characteristics of hydrocarbon composition of gasollues of
oxidative cracking and roforulng. fmdy Inst.neftl 4:38-46 154.
(Clasolluo) (ELvdrocarbons) (KLRA a:l)

WBFADVAr. XA. Ideceaced]; NIPRYAJMIIFA. A.T.; AUNIM. P.G.; DHITMffSKIY,
N.M.
Low-temperature oxidizing cracking of petrolem. Trady Inst.neftl 12:
321-333 '58. (Cracking process) (RU 12:3)

B01 5YB064
/0.2/0
AUTHORS: Topchiyev, A. V., Paualkin, Ya. M., 11gnrYakhina,.A...Y--,.,.
Ananlyev, P. G., and Dmitrevskiyj N*-N.
TITLE: Reactions of Hydrocarbons in Metallic Melts. Information 1.
Acceleration and Inhibition of the Cracking of n-Heptane
in Molten Aluminum and Sodium I
PERIODICAL: Izvestiya Akademii nauk SSSR. Otdeleniye khimicheskikh nauk,
1960, No. 10, pp. 1838-1843
TEXT: Conversions of n-heptane in molten sodium and aluminum were
investigated by means of a continuously operating apparatus (Fig. 2) 4 The
metal was introduced into the reaction vessel, after which it was molten,
and n-heptane vapor was continuously let through. The experimental results
obtained (Table 1) show that the widest possible conversion of n-heptane
takes place in aluminumt and that the conversion rises with temperature
and 'contact time; at 7000C, for example, it is 65-3%, and at SOOOC it
approaches 100%. Sodium has an inhibitory effect upon n-heptane
84857
S106 60/000/010/010/018
Card 1/3

84857
Reactions of Hydrocarbons in Metallic Melts. S/062/60/000/010/010/018
Information 1. Acceleration and Inhibition B015/BG64
of the Cracking of n-Heptane in Molten
Aluminum and Sodium
pyrolysis. The composition of the gases (Tables 2,3) also indicates the
different character of the effects of sodium and aluminum. While the
composition of the pyrolysis gas obtained by the contact with aluminum
does.not greatly differ from that of the gas produced by thermal pyrolysis~
(40-44% olefins, 12.22% hydrogen), the gas obtained after the contact
with the sodium malt does not contain any unsaturated hydrocarbons, and
consists chiefly of hydrogen (75-85%)- Cracking is inhibited in the
pyrolysis of n-heptane in the preaence of sodium; this is explained by
the fact that first (300-80000 organo-sodium compounds are formed while
hydrogen is separated, The latter reacts immediately with the olefins,
thus inhibiting cracking (which is a chain reaction accelerated by
olefins). No liquid reaction produote are formed in the pyrolysis of
n-heptane in molten sodium, and the n-heptane emerging from the reaction
vessel remains unchanged (Table 4). Liquid reaction products are
obtained by the contact with the aluminum melt. At 7000C, these products
consist of unsaturated aromatic compounds, which, at 6006C., are replaced
Card 2/3

84857
Reactions of Hydrocarbons in Metallic Melts. S/062/60/000/010/010/018
Information 1. Acceleration and Inhibition BO15/Bo64
of the Cracking of n-aeptane in Molten
Aluminum and Sodium
by highly aromatized compounds. There are 5 figures, 4 tables, and 12
-references: 7 Sovietg 3 US, I British, and I German.
ASSOCIATION: Institut neftekhimicheskogo sinteza Akademii nauk SSSR
(Institute of ?etrochemical Synthesis of the Academy of
Sciences USSR)
SUBMITTED; May 23, 1959
Card 3/3

2941po
S/081/61/000/017/130/166
B117/B102
AUTHORS: Topchiyev, A. V., Paushkin, Ya. M., N
Ananlyev, P. G., Dmitriyevskiy, 9. U.
TITLEt Acceleration and retardation of n-heptane cracking in
molten aluminum and sodium at 300 - 8000C
PERIODICAL: Referativnyy zhurnal. Khimiya, no. 17, 1961, 465, abstract
17,4153 (Tr. in-ta nefti. AN SSSR, v. 14, 1960, 5-11)
TEXT: The pyrogenic conversion of n-heptane (I) in molten Al and Na was
found to take place selectively, depending on the metal used. Al promotes
the cracking of I: The degree of conversion amounts to 95 %, as compared
to 57 % in pyrolysis. The thermal decomposition of I is strongly retarded
by Na: At 600 - 8000C, the degree of conversion reaches 5- 6 % only. The
gas obtained by pyrolysis of I in Al contains 40 - 44 % of olefins and
12 - 22 % of H2. Conversion of Na yields gas containing 75 - 85 % of H20
which contains virtually no olefins. A diagram of the device is enclosed.
I-Abstracter's note: Complete translation.]
Card 1/1

Afr=P,,V,o.,I1i1vfi A. V.
DUBROVAI Karoly- WRIJ.1111W OV4 Nepryakhira, A._V.1; AWILIGIN P G
t ~71 ~~,Pe, I sTdr, II.R. I * *
CDR-~Er-ev
AnaWye I - I. I - , ".m.
Loid-temperature oxidation cracking of mineral oil. Ma6y kem lap
15 no*2:54-W F 160.

81726
5/020J60/133/01/37/070
aaoo 2011 /B003
TopchijeT9 to Tot Leadesticians Paushking Tao X;t
VePryakb1naL K.- V. 9 Inan"yev, P. Go, Daitf-a-VilrTyl No so
TITLE: Retardation of Hydrocarbon Cracking in Molten Sodium and
in Potassium Hydroxide
PBRIODICAL: Doklady Akademii nau SSSR, 1960, Vol. 133, No. 1,
pp. 134 - 137
TEXT: The authors studied the conversion of n-heptane and cyclohexene
at atmospheric and increased pressures in an autoclave in the presence
of sodium and KOH. For comparison, they give the results of n-heptane
cracking in the presence of molten aluainum. n-Heptane vapor was con-
tinuously blown through a layer of molten metal or through a packing of
KOH. At 700-8000C, the vapor had a contact time of - 0-5 Sao- KOH Was aP-
plied to active charcoal of the type KAR(KAD). The authors describe the
quality of the products used. Table-1 shows that the cracking of 11-hep-
tane is inhibited by Na and KOH even at 80000. The conversion is only
5-7% as compared to 34-57% without Na or KOH, Unchanged a-heptane was
Card 1/3

Retardation of-Hydrocorbon Cracking in-Nolton 3~o/133/01/37/070
SAIF
Sodium and In Potassium Hydroxide Boll 3003
obtained as a condensato.frou this cracking. No liquid products are
formed. Thopracking.gas largely differs from that of thermal cracking:
the_tLjEo&e&1cont*nt.azounta to 60-85% &part from a low content of tLa-
saturated hydrocarbons. a-Reptane-is radically changed when it comes
into contact with aluninun.-The conversion.inereases ith rising tem-
perature and duration of the experiment: it TOOPC - 6;.3%9 at SOOOC
almost 100%. This is almost the double amount of experiments without
aluminum. Both gaseous-and liquid products as well as condensation
products including carbides are formed. The authors assume that, at the
initial stage organo-modium compounds are formed between 300 and SO&C
under the.xoparation-of hydrogen. The cracking in inhibited by the ad-
dition of 32 to the olefins in statu nascendi (see Scheme). CycLohexene
was exposed.to a temperature of 400 or 500*0 and a pressure risiag from
20 to 70 &tn. after which the autoclave was gradually cooled. The ex-
p*riments were performed with and without nodida.'At 500OCs, cYolohlxene
is completely resinified without Na (specific gravity of 0.9103), 2% of
gaseous products being formed. Slight changes occur in the presence of
Na: The iodine number decrease*, and about 1.4% of gases are formed.
Card 2/3 e

8
1726
2A /-~
Retardation of Kydrocarbou Cracking In Kolten 3/0 0/133/01/3T/OTO
Sodium and in Potassium Hydroxide B011 B003
72
There are 5 tables and 12 references: 7 Soviet, 4 American, and
1 German.
SUMITTED: April 7, 1960
Card 3/3

S10621611000101210051012
B118/B147
AUTHORSs Paushkin, Ya. M., Topchiyevs A. V., Nep.E ~khi"~, 1. V.,
Ananlyev, P. G., and Dmitrevskiy, M.-N.
TITLEs Acceleration and slowing down of hydrocarbon cracking in
various media
PERIODICALs Akademiya nauk SSSR. Izvestiya. Otdeleniye khimicheskikh
nauk, no. 12, 1961, 2204 - 2209
TEM The authors studied the effect of various metallic media on the
thermal cracking of hydrocarbons. These media were intended to inhibit
the thermal instability. The conversion of n-heptane in the presence of
Na, KOH, 11, and Sn at atmospherio pressure was studied and, for compari-
son, the results of n-heptane cracking without metals and on activated
KAN (KAD) and E;A'J (BAU) charcoal are listed. At a given temperature and
rate, n-heptane vapors were continuously passed through molten metal or
coal saturated*w'ith KOH. Results are preaented.in Figs. 1, 2. The
mechanism of action of inhibiting additions may be explained as followst
Chain rupture is apparently due to a conversion of alkali metals with
Card 1/0

S/062/61/000/0112/005/012
Acceleration and slowing... B110147
free radicals or to their saturation with hydrogen separated on hydro-
carbon interaction. According to the given mechanism, alkali hydroxides
can be reduced into metals by hydrocarbons, The effect of tri-iso-butyl
aluminum as catalyst on n-heptane cracking at 5000C and 60o0c was also
studied. The catalyst concentration was O.Oo6 - 0.035 moles per mole of
n-heptane or 0.8 - 4-7 g per 100 milliliters of n-heptane. Addition of
tri-iso-butyl aluminum was found to reduce slightly the cracking rate of
n-07HW The concentrations used yielded alaost the same results.
A. V. Frost (Uspekhi khimii, .1, 956 (1939); A. I. Dintses et al. (Zh.
obahch. khimiJ., 1 12, 1754 (1937); A. D. Stepukhovich (Dokl~ AN SSSR,
0 2, 213 (19551; A~ D. Stepukhavich, B. S. Shver (Dokl. AN SSSR, aq, 6,
N7 (1953); V. A. Poltarak, V. V. Voyevodskiy (Dokl. AN SSSR, ZI, 589
i
(1953)) are mentioned. There are 2 figures, 3 tables, and 26 referencesz
19 Soviet and 9 non-Soviet. The three most recent references to English-
language publications read as follows% F. J. Stubbs, C. Hinshelwood,
Proc. Roy Soc., &L21, 7, 285 (1953); K. U. Ingold, E. J. Stubbs,
C. N. Hinshelwood Proc. Roy. Soc.,A203, 486 (1951); F. Y. Stubbs,
0. N, Hinshelwood, Proc. Roy. Soc., L200, 458 (1950)-
Card 2/j

S/b62/61/000/012/005/012
Acceleration and slowing... B118/B147
ASSOCIATION: Institut neftekhimicheakogo sinteza Akademii nauk SSSR
(Institute of Petrochemical Synthesis of the Academy of
Sciences USSR)
SUMITTLDt May 99 1961
Fig. 1. Dependence of n-heptane conversion on temperature and medium:
~1~ Na.; ~2~ KOH on KAD activated charcoal; (3) K&D; (4) without metal;
5 All 6 Sn; (a) conversiong ~; by weight.
Fig. 2. Dependence of n-heptane conversion at 7000C on time of contact
witht (1) BAUI (2) BAU + KOH; (3) KAD + KOH; (4) tin; (a) conversion,
~; by weight.
Card

NOVIKOV A N NEPSHA V.; RODGCL'ln, Yu.A.; KOR2KrWVSKIY, A.I.;
FI)ZLN, G.N.; KIJDRINA, k.P.
Valuable contribution of inventors and efficiency promoters
in the improved technical level of enterprises of refractories.
Ogneupory 29 no. 5t194-196 164.
Resin-dolomite-magnesite unfired refractories for steal smelting
converters with a top oxygen blow. Ibid.:197-200 MIRA 17:7)
1. Vaesoyuznyy institu' ogneuporov (for Novikov, Wepsha,
dodgollts). 2. Za---)d "Magnezit" (for Korzhenevskiy). 3. Zavod
"Krovorozhstall" (for Gullyev, Kozin, Kudrina).

YEFSHAv starshiy nauchnyy i3otrudnik
Stnitary-bygienio characteristics of labor conditions In
electrio shearing of sheep* CAge oanito 28 noeW02-103
163 (MIRA 1712)
1e Iz otdola sanitarii i gigiymy Kazakhokogo instituta epidemio-
logiiq mikrobiologii i gigiymyo

LAJ2�6-~" EWr (1)A*WAQ)LrAVA(b)-_2 JX
ACCIC W" A?6000782 SOURCE CODE., UR/0240/65/000/06976ifi/0111
414 1~5
AUTHOR: Negsba, F Fe; Uto ekove. N. R..
ORG: Kazakh Institute of Epidemiolou, Ficrobiol6'6, and Huiene
(Kazokbakiy institut epidemioloeii,- mikrobiologii 1 g1glyeny)
TITLE:. Air aamplingeVethods durir.C. cbemical treatment of plants
SOURCE:.,Gigiyena i sanitariya., no, 9,, 1965,, 111
TOPIC TAGS: agricultural engineering$ plant.diseese control, air
Sampler..
ABSTRACT: The authors have developed 9 device to-facilitate air B~Bmp-
ling from a moving tractor (or other vehicle) under field conditionse
The device Includes rotaneters taken from aspirators (produced at the
Krasnogverde7ets Plant),, two 20 m rubber hoses, a 2 m wooden pole and a
metal T piece inserted into,tbe air filter pipe oftbe tractor.during
air sam;ling. The long hoses (20 m length) are-connected at one end to
a T;piece and to rotameters at the other ends Short bose's (length not L
eiv n) are connected to absorbers at one end and to rotemeters at the
other end. The abort hoses with the absorbers are-tied to a wooden polel
at the proper distancefrom the ground to allow air sampling at the
-Card

11986-66
ACC-NRt Ap6000189-
breatbing level. -Witb rotameters graduated from 0.1 to 20 I/min,,,air
intake rates are measured accurately and two air sarples.may be taken at
the same time* Only one operator instead of two is required.and the
tractor does not bave to be stopped every 10 to 15 min as in the case of
conventional air sampling devioes. The autbors recommend that the medi-
cal.industry organize the production of dry rotameters for laboratory
use in rural sanitation epidemiological stations, -Orig. art, bas: None
SUB GODE-. 06/ SM DATE: 00/ ORIO'BEF: .000/ OTH REF; 000
C
CWd
md

1jP(c I -1~,"4101hftAm
ACC NRt AP6015803 SOURCE COM UIV0386/66766,376,15TMV
AUTHOR:t Sheratkovi Yu. A.-. Nepshai Ve 1. Nikiforov 't A. Ye.; Cherepawvs V. I.
ORG: Ural State UniverlIV rUr_a_1;_G_
gosudarstvenW universitet
TITIZ: Influence of an external electric field on the EM signals of pairs of
exchange-coupled chreeLugm ions in ruby
01A
SOMEt. Zhurnal'ekaperiAnialfnoy I teoreticbeskoy fiziki. PisIma v reduktoiyu.
Prilozheniye,, v- 31 no. io, 1966, 4ol-4a
TOPIC TAM: elect-ran paramagnetic resonance,L line splittingy corundum) chromium)
resonance absorption, exchange reaction
ABSTRACT: The use of an effect predicted theoreticaLly by one of the authors (Niki-
_A)rov, Fiz. tverdogo tela V. 7$ 3M'* 1965).. consisting in nonlinear. splitting of EPR
,;jgnals of pairs of exchange-coupled Cr3+ ions in corundum, is proposed for a unique j
~_nterpretation of the many weaker supplementar7,EPINiTi~ls in corundum due to pairs
of exchange- coupled chromium ions. The effect wan used to I rivestigate e."erimentally
the spectral regions from 480 to 660 G and from 850 to 1200 G in a corundm crystal
containing 0.05% chromium by weight. The BE 1301 apparatus was used for the measure-
ment. For H 11 N 11 CS (H and E are-the electric aal magnetic field intensities and C3
the corundum 6ptical axis) the influence of the electric field was observed in five
signals at .525) 590Y 926,, 994j and 1093 G., Ptrom plots of the derivative of the ab-
sorption signal and ofthe theoretical dependence,of the splittings of the EFR signali
Card V2-

UNP30, B.M.
Use of a siphou for auction filtering. Xhim. v shkole 15 ao.6:
70-?l 9-0 160. (H IR& 13 t 11)
1. Fedagogleheskiy institut, g.Krasnodar.
(Filters and filtration) (4ighons)

ZMEMA, KUDr,; TaW, D.; NEPUSTM. B ; JILKOTA, B.
Possible toxic effects of neomyoln administered orally in
Infantile diarrhea. Cesk. pediat, 20 no,6z53e-%l Ja'65.
1. 116take oddeleni Obvodniho ustavu narodniho, zdreLvi v Chebu
(vedr-oi: MUDr, J. Zelenka) a Klinika chorob krenich, usnich
a noonLch lekaroke fakulty University Karlovy v Plzni (pred-
nosta~: prof. dr* F. Kotyza).

MIPU IL, Bahumdr. PhDr.
Special l1brarlso and bibliographic-inforsation service fit
polic health. Costc. zdrarot. 4 no.10:595-599 Got 56.
1, Mulaterstva sdrarotvlctvi.
(LIBRAMIS, MtOAL,
in Czech. NO)
(BIBLIOGnpEff ,
med. bibliogmphic merv. in Czech. 05))

V
JIM, Kilos IPUSTIL, 36humir
On the profiles of warbiditr "ong Onvy, chil4ren In the Cheb
Region. Cam1cpediat.16 W.3:276-280 Kr 161,
1. Detake oddelani CM Cheb, primar MOr. J. Zelanks.
(MIATRICS)

NEPYSHNKVSKAYA, V.V.
-"O"=u=tsor ~i=ntcgical study of taxoplasmosis in persons having
occupational contact with animals, bIrds and some types of.anizal
raw xaterial. Zhur. mikrobiol., epid. i imm. 41 no. 2:146-147
F 064. (MIRA 170)
1. Voronezhskiy meditsinskiy institut.

VIARKOVA, I.A.; NEPYSIRIEVSKAYA. V.V.-, STUALOTVA, L.A.
Materials of exwd-natinna, for toxoplafimrclu In vfth
oligopbrenia. Trady Vor. mcd. ~.nat. 51,111-316 163. (MIRA 18tlO)
1. Fafed--a infektsionxykh bc;lezney Vor,=e-zhs~ngo meditzinskogo
.yshrievskaya). ". Kafpdra pslkhlatrli
instit-ta (for ~krkova., Nap I
Voron(z1,xkngo meditdinskcgo instituta (for Stukalo-~a).
0

.HE:PYSMSKAYA, V.V.
. 1--1-I -, - --.,
Results of serological examitation of cam- rcial fur-beaz-ing anizaalz
for toxoplasmosis. Trudy TSIU 68t68-69 164. (IMIRA 1815)

ZEYTLENOK., M.A,,- MARKOVA, f.A., _1&
:~P ~SH~Q'LSLAIA,-%Z-
Distribution of toxoplasmosis in Voromzh Province. Trudy TSIU
68-73-76 164. (~ffRA 18:5)

AUTHORSt lropyshnevskiy, V. K., Sinayekly, G. X. 5/064/59/000/08/06/021
------- Bli5/BO17
TITLEs Production of Foa='Pqjy!jMans by Means of Unsaturated Low-boiling
Hydrocarbons
PERIODICALI 9himicheskaya. promyshlennost', 1959, Nr 8, pp, 672-674 (USSR)
ABSTRACTs The aim of the investigation made by A. A. Berlin (Ref 1) was the
development of a technological process for the production of foam
polystyrene as an insulating and building material for radio
engineering without using pressure. At presentt two main processes
are known for the production of foam polystyrene. In the first
method foam formers which decompose at increased teaperatures (Ogg*
dinitrile of axodilsobutyrIc said and ammonlun carbonate) are used,
and In the second method (Refs 1,2) polystyrene is saturated with
gases or easily volatile solvents. Polystyrene saturated with these
products is foamed in perforated molds by heating to 1000. The
applicability of the fractions C C5 and C6 of stable gasoline as
saturation substances and of various methods for the production of
polystyrene saturated with saturated easily volatile hydrocarbons
to Investigated. The method of saturating emulsified polystyrene
Card 1/2 with butane proved to be the most convenient. Emulsified poly-

Production of Foam Polystyrene by Means,of S106415910001081061021
Unsaturated Low-boll.ing ffydrocarbons B115/BOIT
styrene according to TU MKhP 182T-51 and the butane fraction of
Tuymazy gasoline were used as initial material. The scheme of the
apparatus is shown (Fig). The experiments carried out are described.
G. ]K. Shkollnik who participated in designing the molds for foaming
to mentioned. The tests of the foam materials were made in agree-
ment with the requirements and the methods 'TTU MIhF 3331 3621-5L tl~
and TV VKhP SSSR 3202-54 with the foam material plate$ PS-4 and
PS-1. The physical and mechanical proportion of foam polystyrene
depend on the temperature of saturation, the saturation limit, and
the conditions on pouring the initial material into the molds. The
optimum values are given. Also the optimum amount of the butaxe
fraction and the dependence of the maximum, compression strength of
foam polystyrene obtained by the introduction of 8-10% of the
butane fraction at 1100." on the volume weight (Table) are given. The
percentage of the pores connected with one another was gazonstri-
cally determined and calculated by means of an equation. The results
show that foam polystyrene obtained under the conditions described
contained 10-20* of pores connected with one another. There are I
figure, I table, and 2 Soviet references.
ASSOCIATIO11: Toronexhakiy filial VNIISK (Voronezh Branch of the YNIISK)
Card 2/2

34131
3/138/62/000/002/001/009
A051/A126
AUTHORS: Litvin. Yu,A.; Napyahnemkiy, V.M.; Sinayakly, G.M.
TITU., Viscosity change of the reacting mass in isoprene polymerization
PERIODICAL: Kauchuk i rezina, no. 2, 1962, 1 - 4
TEXT, Results of an investigation on the viscosity change of the react-
ing mass during isoprene rubber synthesis are submitted. The change is studied
with respect to the duration of polymerization, pdymer content, isoprene supply
conditions and temperature. The isoprene polymerization was carried out in 3-
liter autoclaves made of 1X9T18H (1Kh9T18N) steel, with anchor type mixers. The
molecular weight of the polymer was determined according to the viscosimetric
method and calculated from the formula: M - 5 + 1.162 h, where h is the cha-
racteristic viscosity. The PB-2 (RV-2) rotational viscosimeter was used for
continuous measurement of the viscosity. The viscosity of thelIH-6 (PN-6) ca-
librating liquid was measured with a Kepler rheoviscosimeter. Experiments
showed that one of the main factors determining the absolute viscosity of the
reacting mass is the concentration of the monomer. The absolute viscosity does
not exceed 30 - 40 poise and coincides with the viscosities of solutions In the
Card 1/2

34131
S/138/62/000/002/001/009
Viscosity change of the reacting mass in A051/A126
same concentrations of natural rubber and stabilized synthetic Isoprene rubber,
with a polymer content in the reacting mass of up to 6 - 17% bv weight. With
further concentration of the polymer, the viscosity of the reacting mass sharply
increases, reaching values exceeding 1,000 poise at 20% by weight. The concen-
tration dependence of the viscosity of the synthetic isoprene and natural rubber
solutions is the same within the range of up to 20%. For concentrations of the
synthetic isoprene rubber solutions in n-heptane of 10, 15 and 20%, the viscosi-
ty in the temperature interval -5-4- + 450C decreases by a factor of 2 - 2.3.
There are 7 figures and 3 references: 1 Soviet-bloc and 2 non-Boviet-bloc. The
reference to the most recent English-laxiguage publication reads as follows: C.T.
Winchester, Natsyn Pilot Plant Ind. a. Eng. Chem. 51, no. 2, 97 (1959).
ASSOCIATION- Voronezhskiy filial vaesoyuznogo nauchno-issledovatel'skogo insti-
tuta sinteticheskogo kauchuka (Voronezh Branch of the All-Union
Scientific Research Institute of Synthetic Rubber)
Card 2/2

FOROTKOV, A.A.; NEFTSHNEVSKIY, V-M.
A
Synthesis of trialkylalumin= from alumln= halldes and I'l thit=
organic compounds. Plast.massy no.6:46-48 164. (MIRA, 18:4)

NLWP -H, -
*Tables for Doteridnation of Average Annual Mine Capacity.* P. 4 (RUDY, Val. 29 go. Is,
Jan. 1954) Praha, Czechoslovakia
SO: Monthly Ust of East European Accessions, Library of Congress,, Vol. 3, No. 4,
April 1954. Unclassified.

Sim, K.
0 Sw Kinivg Methods end Task* of the Control Departments &u"ytkc And Usafflavadnt. 11 p. 95,
Praha, Val. 2. no. 4. Apr. 19-154.
go: last Varoyean lecessions List. Vol. 3. No. 9, September 1954, Lib. of CoWess

'.-NERAD, Milan, inz.
New dressing plan. in Rudnany starting continacus operation. Rudy
12 no.5-.162-163 Ky 164.

NEWO Rs; MUMP F,
Comparative tests of a ditch-digger for drains. II. (To be contd.) p.235
MECHANISACE ZEMEDEWTVI. (Ministerstvo zemedelstiv a leaniho hospodarstvi)
Praha,, Czechoslovakia. V01.9, no.10, Oct. 1959
Monthly List of East European Accessions (EM) LC, Vol.8, no.12
Dec. 1959
UnCL.

NERAD, R.; JF.RABEK,, F.
Comparative tests of ditching machines. III. p. 254.
MRCHANISAGE MMEDELSTVI- Prafta,, Czechoslovakia. Val. 9, no. 11, Nov. 1959.
Kanthly list of East European Accessicns (EEU) LC, VOI. 9, no. 1, Jamiary 1960.
Uncl.

JMW, TWImIrl M=10, TWImir; CHRCUKOUt Ham
Relation of prothroublu complex factors to cholesterol level in
the bloods Can. 2ek. asak.99 no.27632434 22 Ap 160.
2. 1. 104rut klInika T ftadal &slaves produasta profs Mrs
Jan Ishor..
(ONDLESMML blood)
Owma"IM)

V.! ~BARTW, V.; CHROBAKOVA, H.; za techalcke spoluprace HNIZD=F D.
A. contribution to the prob2em. of hemorrhage in liver diseases. Gesk.
gastroent. vyz. 15 no.149-53 F 161.
1. 1 interni. klinike lekarske :takkdty KU v gradai Kralove, prednosta
prof. MUDr. Jan Rehor.
(LIVER DISFAM complic&tions) (HMORMAGF. etiology)

NEMI T.; CMH, J.- Technicla spoluprixce HORALKOVA, E.; PMIKMOVAg V.
I
Relation tetween active prothrombin factors &W so= blood
. ansymoo. Cook. gastroent. v7z. 15 no.2:102-106 Nr 161.
1. 1 interni kl4nika v Hmdai Kralove, prednosta prof. Mt. -T. Rehor.
(FROTHRUMIN) (EMYMES blood)

GROH, J.; CERNIK, F.; IWAG, V.- CHROBAK, L.;
0
Sulfhamcglabinemla. Cas. Lek. Cesk. 101 no.5.151-153 2 F '62.
1. 1 interni-Iclinilm lakarsks fakulty KU v Erradci Kralove, predtiosta
prof. DrSc. MUDr. Tan Rehor. Klinika interni propedautiky lekaxske
fakulty KU v Hradcl Kralove, pMkInost& doe. MUDr. Frantiosk Gernik.
(HMT D ICONGWITAL diagm)
(AGETOPHIMIDIN toxicol)
(SUUMLUMES -*"CO:L)

V; PARTOS, V,- 2n9aly; HRROUI!, V.
1. Firat Internal Medicine Clinle (I. vnitrni klinika);
2. Pathological Anatomy Institute of the Medical
Faculty of 10 (ratologico anatoaicky ustav lekarske
fakulty KU), Hradec Kralovy
Brm, Iffitm Vnitrni lekarstvi, No 9, 1963, pp 869-879
"The Significance of Liver Biopsy for Practice of Internal
KwAx Medicine. Evaluation of Our Own VxZ=
Experiences with 300 Liver Biopsies."

-IgAd 'r; SKAUNIC, Vladimir;
MAW, Zdenek; BARTOS,, Vladimirt_kE P
FM, Bohamil; KGUMOVA, Mga; SAWOU, Vera; RR KY, MjUas.
Analysis of salivary secretion and some electrolytes in the
saliva in relation to age. Sborn, ved. prac. leks, fak* Karlove
univ. (Urad. Kral.) 6 no.5tsuppl.9609w&S 163
1. Stmatologicka klinika (prednostat prof. MUDr. 43awazapMe.);
I, Interni, klinika (prednostat prof. Mr. F.Cernik) a ir* in-
terni klinika (preduostat prof. KMb?. V. Jurkovie), rarloya
Uhiversita v Hra&i Kralove.

BARTOSN V.; SKMIC, V.; MAD V - HRADSKY, M.; FM?B.; KOWINOVA, a.
I-X