SCIENTIFIC ABSTRACT SANKO, L.A. - SANNIKOV, D.G.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001447120011-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 13, 2001
• Sequence Number: 11
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

1. 31j-1 14-65
ACCESSION NR: AP4049587
calculated values of a are In good agreement with the power funetlon:a 00A
;4
t~,,ere wr~r-, calci!lated the values of the mean ,fraction 3 ot thit energy re-
I), the iftor interaction with a complex nucleus. The rc.~.ults of
It r-.e -~xpczrimental data in FiE.11 a_ the --- -.1(: 1 o -
L) assumpt -on (,* an I n,~ 1 as -
1 t (W 1 ~C"-, ~~a y De
-,r.E
2
s i,,; re,ie nt s t-in-
;"tPr*preted aS an arguaen-_ i --a-,r o t -,e of s, s ve
-I jr The n rf are
Ca
2/4

T. 11,7111-65

MF
L 4070&6
WO )A
_7
ACCESSION NR*. -AP501231
AUTHOR: Takibayev, Zh. S.; &M':ko,'_L* As; Us k, P. A.
T
TITLE; Curves for 10 -10 eV shower leport of All-Uldon Meetin
L g on, GO c
~9
PhYsi 8, held in Moscow from October 4 to 10, 1963
SOURCE: AN SSSR. Izvestiya fizicheakaya, v.23, no. 12, 1964, 1767-1769
TOPIC TAGS: cosmic ray shower, nuclear particle, particle interaction
ABSTRACT: Analysis of tontiadiitions- arising froma-a wo;fel:ior excited Queleond,
and a fire-bell model w1th ejq)eriwutal data on'Joits; Lisulted in ~ai aiodotl foe
intermediate resononssic and baryon pairs. Certain diAroateristics of Jets
are discussed from the aspect of the formation-of ahowr particles principally'
from intermediate pi-pi-interaction with single pion e3change. The eqieriaantal
data considered covers a wide range of primary energlet.
Orig.iri. has: 6 formlan and 3 graphs.
ASSOCIATION: Institut ysidernorkistki Ak"emit nauk-&~Arnstiiutl~6r
T.
Nuclear Mysics,.Acadds of 9jask)
SUMEMMo. 00 ZKM 00 AL
suW40ts
NO BW WVs 006 PON
003L

L a085_6
Tddgfffb~ NR: AP4042204 S/W20/64/157/002/0328/0)30,
UTHORS: TnkihayAv, Zh_9,( Academician AN KazSSRI'Maik. Pok 4an 7ko.
L.A.
TITLS: Generation of heavy particles and their role-in the explana-..-,
ltion of the experimental results in the region'of ultrahigh'aner I a
..SOURGE., AN SSSR. Doklady*, v. 157s no. 2; 1964, 326-330
TOPIC TAGS: heavy particle generation;. ultrahigh energy two maximaj,
n~ucleon nucleon collision, nucleon nucleus collision
-ABSTRACTt In the nuclqqn-nucleon, or ntide~n-nugleua collisions at
ultrahigli energy ( 10-LI-ev) recorded in nuclear photoemulsions whichj':.-.-
were exposed to cosmic rays at high altitudes, sometimes two maxima:~f""-.
are observed in the angular distribution of the showersi (The present
paper points out the shortcomings of the fire-ball mode the forma-
~j tion of two centers of generation.(See G.Caconij Phys, Rev. 1119
1699 (1958)). This opinion is supported by the analysis of TT~Lrge
number of showerso It is suggested that as~a result of nucleon
nucleon collision# an excited system is produced which',disintegrate
Card 1/2 j

ACCESSION MR: AP4042204
4918
into pionsl-K-mesonst onance particless:and Caryon pairs, Orig
art. has: /+,figares
J
ASSOCIATIONj
Institutidernoy fixiki Akademii nauk' Lumt
(Inat
of Theor tical Physics.-Academy-, of Sciences S55H).
SUBMITTED$ 2ioct'
ENGL
00
0
j
MR" REF, OV
SUB CODEVNP
OTHER I
7r. 009 -n
0.
;-q A
ki
2/2
Card

(CZeChOBlDvakia--Cement industries)

8);
PW1 I BOOK RZFEArrATION 3OV/3611
Metallurgicheakir institut
Ob
b

rs
Otks metallow davlonlyea (Metal Foruing) Khar4cov, tallurg-
Me
ladat, 1960. 326 p. , (Series% Its. )Iauchnyye trudy, v". 39)
2.100 copies printed.
Rd.; A-P. Chakmarev; PA. of Publishing 113uaet R.A. Bolinit; Tech,
94.t S.F. Androyev.

PURP039i This collection or articles Is Intended for teznracal
and scientific personnel In metallurgy and in mechanical engineer-,
Ins. It Will also be of Interest to designers of rollIng
squip-
,
event.
COVERAGIs This collection or articles treats the thaor7 of rolling .
It discusses such factors as the total and trio unit pressures
or the work on rolls, xaments or rolling, forward zl_'p, spread,
*to. It also Includes results obtained from Investigation of
ruil"qVIt "lit or cast iron sheets and other problems.
g
"
00 al
les a
ntion*d References follow *son artiole.
Ch*k%UVV. A.P. [ACA46ALCIAM Or the UkrSSR1# L.Ye. Rot
rov,
_
_M
g
ry,
JL_XJLaaWu (Inalnoors]. Rxp*rlmnzal Inves IT or uLacrl-
bution or unit Pressures an a Cantact Surface in Rolling In Plain
Rolle
"a Investigation was carried out to develop a reliable method
or measuring unit pressure on the contact surface, and to
obtain. by measuromant, data on distribution of unit pressure,
during rolling with various drafts of #trips having various
Initial tnicknesses end widths.

Choksazev~ A.?_ and El-KI Won. Rx"r1inantal Investigation or
-
DJstrJbQtIon or unit
pressures an tbe contact Surface During
Rolling 'in Grooved Rolle 30
Chommarev. A,P. and_ DAO V.3.
CA"Ldftt
a Or TaChnICal Sciences,
V
C
J
__r
1u
'
_1
'
MM
r SS
a
ur,tr
Imtitut -horno; not& arg 1% and V5640yusnyr nau4ftno-
r
issledovatel'skLy trubnyr Inatitut - Institute of Ferrous M*t&l_
lurgy of the Academy of' 341anaes of the Ukrainian 3SR. and the All-
Union Solontific-fts*arch 1as;Itut* for PiplAm). ~ The Contact Sur-
face, and Pressure an Rolls In PtIger Eftckrltol Rolling 53
The authors prof*nt now methods for measuring pressars an rolls
In a Pilger mill, for rolling pipes with 219, 273 and 225 me
diameters. and for determining the instant area or contact.
.1._1C&rsd1dat4 of Inmhnical Science']. Pressure on
Rolls in Rotary Romnr, or imbes on a Short =1 T3
The author ounpaxes vxperimental data an the total and unit
prossuMs with the results obtained through using formula* tno
'
author deriv".
,
Qim-n , V.I. Maleshko, MA, Sarlymn.
"'nov" Erftoneorl. Pressure an
93
The authors describe %he methods. Lnutruntents. and results of
An investigation carried out at the *Zaparozhs%&L-' all! on
horizontal and vertical rolls at slab rolling.
yen. R.N. (Candidate or Teashical SoLdneea). Dzparlimental. rn-
yeattgation on the IAY*r-Am of Moments, In Cold Rolling 104
The author de-3-3ritlos investigation on 'the above subject, and
gives the to-LI pressure on rolls In cold ro!24,19 Of Zt-Orl
-
4 mm
thl4k.at. varlo" dr&:ts.
2', 3, and
ohastp
10
.-
_
.
'
sciences].
ical
Chewmarev. h.P. I, and q'M' aftry'ka [Candidate Of TeChn
Forward Slip In 3-p-H-11a 127
Th&~ guthar describes methods or design" shaped rolls In ro~
spoot to,forward 411P; the method is based an eigportm-ntz vtth
rIght-argular, squ&", rhmb.10, ovaland cIrcQlLr,&rOQvOx,
Cox scienceal. Derivation of. a
p(.t,vgv. M.S. (Candidate of TachaL
-.
152
Formula for Spread Of Rolling On Plain 80114
spread iii rolling.
The author presents a method of Calculation of
It I& based an theoretical determination of stresses In the
contact area in transverse and longitudinal directions.

3/137/61/000/007/037/072
A0601AI01.
AUTHOR: San1ko, N. M,
TITLE:! De-'.*ermlna-.Ion of reduction for rolling-in'simple-shaped passes
PERIODICAL; Referativny-f zhurnal, Metallurglya, no. '1, 1961, 18, abstraet 7D141
% proiz-VA"".
("Tr. Konferentslil: Tekhn. progress v tel&.nol.prokatn.
Sverdlovsk, Metallurgizda-b, 1960,178-i85~
TEM For a correot delvermination of forward flaw for rolling In passes
it is necessary to complate the Mesz-geomet-rioal or mean effective radius, of-
rolling, the amount of reduction, spread, and specific pressure distribution
along the gripping ar;~. The mean ef fective radius in t-he passes is. determined
according to the forlMlla Rd ='S Of''
where SF Is the statio moment of -the area..
the contact surface relative-to the roll-axis,,F is :the area of the corft I.Adt. sur-
face. To compute the mean-effective-radlus--of,box, square, rhombie, and oval
passes, the respective modified formulae-are proposed. Fonwiae. are also -&POA
for calculating the mean gripping-angle.and strip height after rolling.
A. Bulanov
[Abstracter's notet Complete zranslatlon-i
Card 1/1

81137A 1/000/006/029/092
A006/A 10 1
AUTHORS-, Chekmarev A.P. Sanko.,, N.M.
TITTE - Forward flaw in groove rolling
PERIODICAL: Referat-fvn-.,rj zhu-m-al. Me-taliurglya no.6' 1961 2 abs-tract. 6DIO,
("Nauchn. tr. Dnepropetr. metallurg. in-t!,
1960, no. 2!9,
TEXTg A method is presented of determining the forward flow during rolling
in grooves. A formula is derived for the angle of neutral section with allcwance
for the effect c,f ~,he lact,eral- walls of 1:he grc~ove. The mean rolling radius is
cu- a!
a.L I ;ed for rectangular, square, rhombic, oval, and round &-ooves. The authors,
c
describe --he desIgn of a precision differential device for the 'r,ecording of the
r-orward flow or, a tape. It is a 1) the experimental and calculat-
A. onoluded thats
ed data are in a Eatlsfactor7 agreement; 2) the neutr'al angle in respect to the
bo'!;-!~am of the gni---%ve mwj, under certain conditions, be greater than the half or.
-.~n t e who-, e a 1p an th
evi h g---_, -s f~3rward floiiw in tthe gr-c-,ves, in respeetto
the grc.,-ve tottom,
iz aiways, higher than the forward flow during rolling with
smooth r;:11s.
Pospekhov
rAbstracter's no-.ei compleilue -sransla ionj
card 1/1
In-

S/137/61/000/012/079/149
A0061AI01,
AUTHORS! Grudevj A. F., Sanko N..M., Zil'berg, Yu. V., Zhuk,- V. G.
TITLE:* Hot rolling of w te iron sheets and its effect on the structure
and properties of the met al
PERIODICAL-. Referativnyy zhurnal, Metallurgiya, no. 12, 1961, 17, abstract 12D44
(V sb. "Poluchenlye lzdeliy 1z ihidk. met. a uskoren. kristallizat-
siyey", Moscow-Kiyev,. Mashgiz, 1961, 224-235)
fm: Experimental hot, rolling was carried out with conventional, low.;.
silicon and low-carbon white iron sheets, and specimens with an 8 content iralsed
to 0.14%. The initial thickness was 0.6 - 2 mm; vidth 100 mm,* and length
200 - 300 mm. The specimens we're cut with~..the aid of a fine emery wheel out of
full-dimensional white iron sheets selectAct immediately after forming, Hot 'rolltg
was performed on a two-high mill with polished quenched steel rolls of 185 -200MM
in diameter, 180 mm barrel length and 0.3 M/sec rolling sp6ed. Independent
cX the chemical composition the white iron sheets'possessed considerable du6tilfty
at 756 - 1,0500C. 6 per pass was 1 10% and more. When rolling the*specimens
individually at 950 1,OOOOC, as high as 15 34% wasattained. Industrial
Card 1/2

S/137/61/000/012/079/0149
Hot rolling of white iron sheets AOOVA101~
tests confirmed the.possibility of hot rolling of white cast-iron.sheets., Rollirg
affects considerably the structure of white iron sheets; the amount of graphiti
impurities is sharply raised; their size is rediiaed; the graphitization rate is
raised and a number of other structural changes-take place., It is recommended
to design a mill for the hot rolling,of white iron sheets as a four-high type
with roll diameters of 250 - 300 mm (working rolls) and 600 - 800 mm (backing
rolls), and a barrel length Lmax . bmax + 100 mm, where bmax is the greatest
width of the white iron sheets to be rolled. The possibility of regulating the
revolution of the rolls must be provided for. Maximum rolling speed can be
assumed tobe about 3 m1sec. Gas torches should be mounted along tl~e barrel of
the rolls to heat the rolls and to regulate their profile.
V. D'yakov
[Abstracter's note: Complete translation]
Card 2/2

(Forging) (Nformations(Mechanics))

69792
,6-jj 0 0 S/055/59/000/06/22/027
B004/BG02,
AUTHORS: Khromov, S. Lj Balenkovay Ye. S.i Sank,ov, B eGW .
TITLE: Synthesis and Catalytic Conversions of !,I Diethyldi yclo~exyll
and 1-Methyl-l-tertiary-butylcyclohexaiie Under the Conditions of
Dehydrogenation Catalysis
PERIODICAL: Vestnik Moskovskogo universiteta. Seriya matematiki, mekhaniki,
astronomii, fiziki, khimii, 1959, No. 6, pp. 180 - 165
TEXT: The authors describe the synthesis of 1,11-diethyl-dicyclohexyl pi~qduced
for the first time: Cyclohexanone and ethyl magnesium bromide yielded 1-ethyl-
cyclohexanol-1. This was dissolved in ether and caused to react with its brgano-
magnesium compound. Co pper chips and CuCl were~used as catalyst. Pure prepar a-
tion was made chromatographically. 1-methyl-l-tert-butyl-cyclohexane was for the
first time produced by the reactioa of dimethylzinc and 1-Cl-l-tert-butylcyclo-
hexane. The latter was obtained by dehydration of cyclohexanol into cyclohexone
via Al 0 at 3800, and by condensation with tert-butylebloride in the presence
2 3
of BFY Both compounds whose physical constants arelgiven in table 1, were de-,
Card 1/2

Synthesis and Catalytic Conversions of 3/055/59/600/06/?2/027,
1,11-Diethyldicyclohexyl and 1-Met hyl-l-tertiary- B004/BO02
butylcyclohexane Under the Conditions of Dehydro-
genation Catalysis
0
hydrogenated on platinized coal.at 320 The following results were.obtained:
.1,11-diethyldicyclohexyl mainly develops ethylbenzenet I-ethyl771-phenylcyolo-
hexane, 2-ethyldiphenyl, and low amounts of phenanthrene (Scheme and Tables 394). ~-~J
From 1-methyl-l-.;tert-butyleyclahexane 70% of toluene and 25% oftertiary.batyl,
benzene were produced (Scheme and Tablesl,2). These reactions indicated a
weakening of the C-C bond of the two neighboring tetrasubstituted carbon atoms.
There are 4 tables and 10 referencesp 5 of which are Soviet.
ASSOCIATION: Kafedra khimii nefti (Chair of Petroleum Chemistry,)
SUBMITTED: March 30, 1959
Card 2/2

SANXOVP T- I- -
TisspAetais- CALstingsp GrinAi g Jun 51
FA 196T90

112-1-1396
Translation from: Referativnyy Zhurnal.. Elektrotekhnikap 195T,
Nr 1, p. 214 (USSR)
AUTHOR: Sankov, I*I.
I-----------
TITLE: Mechanization and Automation of Cleaningand.,Trimming
Castinge.at the Automobile Plant Imeni Molbt*v-.
(Mekhanizatsiya i avtomatizatsiya ochistki i obrmblM
otlivok na avtozavode imeni Molotova)
]PERIODICAL: Sbornlk: Avtomatlzatslya tekhnol. protsessov v mashlnostr.
Goryachaya obrabotka metallov, Moscow, AN SSSRV 1955 ,
Pp. 371-385.
ABSTRACT: BIbliographic entry.
Card 1/1

AUTHOR: Sankov, I.I., Engineer SOV-128-R8-8-2/21
TITLE- On the "GOST11-Standard Project for Coke Pig iron (0 proyek.te
GOSTa na iiteynyy, koksovyy, chushkovyy chugun)
PERIODICALi Liteynoye proizvodstvol 1958, Nr 81 PP 4-6 (USSR)
ABSTRACT: The project of the "GOST11-standard to replace the "GOSTO
4832-49 for coke pig iron, set up by Tsentral~nyy nauchno-
issledovatellakly institut chernoy Imetallurgii (Cenzral Sciqn~~-
tifin, Research Institute for Ferrous Metallurgy) ~-s --onsider-l"
ed, and A different variation of the standard is suggested
(table, page 6). There are 6 sets of graphs, 1 diagram, and
2 tables,
~.M'11--USSR 2. 12-on-Specifications
Card 1/1

SOV/128-59-4-18/27
oan1kov, I.S. and Venevakiy~Xe.Ttl. Engineers
TITLE: Overheating Cupola Iron for Side-Blown Beopemer
Converter
PERIODICAL: Liteynoye Proizvodstvo, 1959, Nr 4, P.38 (USOR)
ABoTRACT: When converting phycically or chemically cold Cast
iron by the Bessemer procesp, the oxydation,of the
admixture may be hampered or even Prevented entirely.-
Therefore ferro-silicon was added~in the-converter
to heat the cast iron. The.authors of the article'
carried out tests, in which they used super-heated
cast iron with a low percentage of silicon.to activ-
ate the Bespemerprocess. The iron was, melted in-a~
Cupola with a diameter of 1,000 mm. The Cupola haj
three rows of tuyeres,an air consumption of 140 j~
per minute, and-the pressure in the twyer box was
to a water column 75.0 mm high. The chemic_~
equivalent
1
al and physical heat of a portion of the waste gase,~,
was utilized.for the super-heating The gases wer
'
Card 11/2 reburned in the transition channel
and in the fore

SOV/128-59-4-18/27
Overheating Cupola Iron for bide-Blown, Bessemer Converter
hearth and left the cupola through the slag hole,-
which remained open during the melting. The dia-
meter of the transition-channel was enlarged. In:
addition, compressed air was brought into the channel.
Most of the wastegases %,-iere burned in the foreheartht
which lifted the requirements in regard to the quality.
of the fireproof casing in forehearth and tap hole.
For melting the pigiron the charge had-the followin-a
compopition: 27% cast iron, 67% steel srapt and
ferrosilicon. As a result of the physical.preheatina-
0
of the cast iron, the oxydation of the admixtures and
eppecially,of the carbon began 2 or 3 minutes after
the blast was admitted into the converter. The oxy-
dation could be recognized by a bright blue flame,
During the converting process no additions of iron
alloys were made. The duration of the-process.was
reduced to 10-12 minutes. There is 1 diagram,.
Card 2/2

60/000/010/01~)/016'/XX
A033YA133
AUTHORS: Sankov,,I. I.; Zibenberg, A. I., and Zhukov, V. B.
TITLE; OveralL mechanization and automation of the cleaning of:cast-
ings
~PBRIODICAL; Liteynoye proizv6dstvo, no. lot 1960, 23 26
TEXTt The authors describe a number.of semi-automatic, cleaning M'a_
chines developed and put in operation at the Gorikovskiy avtomobilinyy ZaVC1,
(Gorlkly Automobile Plant) for the mechanized cleaning of castings. All
ese machines are the result of systematic research work which has been
carried out at the Plant since 1948. The semi-automatic for the emery-
grinding of valve seats fitted in the cylinder blocks of the 3 (Yamz)"
FAI-21i (GAZ-21), GAZ-69, GAZ-51 and "Moskvich 407" engines does away with
the overheating of these valie seats,(weighing 46, 28 and 18 grams) -which
urred -Pormprly durtng manual grinding. The semi-automatic has a capacity
of 1,450 pieoes!hour. The abrasive wheel has a speed of 136 rpm. The semi-
the emsry-grinding of the inner periphery of piston rings.for-.
automatic for
deburring consists of the grinding head, bed with drive and swivel mechan-
Card 1/2

S/126/60/000/010/011/0116/XX
Overall mechanization and automation of the... A033/A133
ism. The authors describe the design and operation of this machine and
point out that for gang operation all parts are classified in nine groups,
the oharacteristic- feature of each group being its surface to be emery-
ground. The spt-cA f c amount of labor censump tion of emery-grinding of
these groups is 65 75cf, of the total labor consumption of machining the
castings after cleanir~g them in drums and shotblast installations. The
semi-automatic for the emery-grinding of the lower and upper cylinder block
surfaces, i.e. cylinder faces, valve apertures, gear box surfaces and crank
bearings, possesses two 37 kw motors of,1,500 rpm. The grinding wheels haim
a speed of 950 rpm. The authors give a brief description of the machine
operation. The semi-automatic for the emery-grinding of three transmission
case surfaces is intended for the removing of foundry gates and deburring.
Thr- cast-Ing is set by hand in the fixture on the machine carriage, automa-
tically clamped and, together with the carriage, carries out reciprocating
movements. The semi-automatic has three motors of 28 kw, 1,500 rpm, for
the grinding heads and one 2.8 kw motor of 1,000 rpm for the feed. The feEd
speed during the machining is 4-3 m/min. The capacity of this semi-auto-.
matic is 120 pieces/hour, the overall dimensions 2,160 x 2,565 x 2,275 mm.
There are 7 figures.
Card 2/2

ACC N& APT005682 SMCZ com tMAA13/61/000/002/0156/0156
i Saksonov, Z. Skopinovs A,'Po;, ebuftawrl re. A.
ORG None
TITIZ: An airtight batch. Class 62, No. 190765
SOURCE: Izobretenlya, pro"uhlenuM obraztsyj tovarnyye,znaidg not 29 196T9 156
TOPIC TAM mechanical fastener, hermetieseal, auxiliary aircraft equipiment, air-
craft cargo handling
ABSTRACT: This Author's Certificate introduces: 1. An airtight hatch with possible-
application in an aircraft luggage carrier.. The in.stallation-contains a frame vitb a
cover uhich in o&ned by sliding It into the compartment and upward along its.inner
surface. The design also incorporates an elastic hermetic sealing element, guide rails
and guide rollers fastened to the cover. Guide support pins nre hii*ed to the lover
edge of the cover to facilitate 'sliding-into and out of the frame opening vithout bend~-
ing and jamming. The free end of each pin Is equipped with &-roller vhich slides into.
a matching socket installed In the frame. 2. A modification or this.batch in vbicn
the guide support pins we sprbW loaded in the direction or-notion or the hatch covW1.1
dLuring closing. The pins come up against stop nowted in the.covei iben they reach
the position at thich'tbe'roller viU slide Into the sockats'.".
I CerC 1/2 Met: MJ3.022-21
J

ul

17.
2/64/000/065/0035/0037'-
'cEssiox NR AP4039020 3/007
AUTHORS: Sankova, L.I.; Kukoleva, L.A.; Goroblaskays, V.D.
TITLE: Rapid analysis of.sodium carbonate batch conts ga datollte..
concentrate'
SOUROB: Steklo i keramika, no.~5, 1964t 35-37
TOPIC TAGS: industrial analysis, sodiumvarbonate, bariumaxids,
;-calcium carbonate, magnesium carbonate, datolite,-conoentrate
ABSTROT: Tests have shown-that a datolits concentrate is Well
'isoluble In hot H01 Ions of
boric acido calcium and magnesium are
-partially soluble
-completely soluble:-While siliclo acid is (50%)
These, however, do not interfere with.the determination of boron,
calcium and magnesium.. 0onsequently, the factory laborsto%7 develop",
mite#'
a method of ohamical analysis of the charge containing sand, dolo
pegmitite, sulfate, sodium carbonate and datolits concentrate fo,r .i
Its content 0 so I and XgCO Tk3Ler duration of
f X 00 ' B2019 GaC03
sis according to fhN methdd is 2 2.5 Na;. The sample of the
batch is quartered, dried to constant weight'and ground In a porosIALIS
rtar. Two gran samples are titrated with 0.5 1 H01 to aste3mins
Ord 1/2

VG 0 S L-~ V1 A
Y
K. cxpvti~x, F. SANKOVIC and N. -ANLMSIC (Affiliatlon lict 5cared).
"Umbilical. Hernii In Colts."
Belgrvdc, Vetsrirmrst-i -~,!Annik, Vol !I.';, Hn .12, 1962; pp 1183-11,86.
L-erlfaali SWIM, 41! Of 4266 h,'3r-ses seer, 1956~1961, 92
Abatract ary modif ie
bad mubilicat heraia; 52 were operated upon, urith 44successes and E
Ir -I er, I I'M
c e 7s ,Ci-Nnprehf-~nsive clinical a--;d surgleal data., .5
rif te,.hnjq-,:fn; 6 Wsstpm' and I Czech reference.

N.N., kandidat takhnichaskikh nauk; YRYKIN, B.S., gosudarstvennyy
-----iaHrVaVriyy inspektor
Standardization of a forced-air heating system with a concentrated
air outlet. Gig. I san. 21 no.10:20-25 0 156. (NLRA 9:11)
1. 1z Vaesoyuznogo nauchno-Losladovateliskogo instituta gidratekhni-
cheskikh i sanitarno-tek6tchaskikh rabot i Gosudarstvennoy sanitemy
inspekt Mii Leningra".
(MUSTRUL HYGINNN
forced air heating system,with concentrated air outlet In
'factories in Russia)
(HRATING
Oasis)

E.2A(bb)-27 (b) /91dP (1)
Ac',ESSION YR: AP5006221
TP(c
5/0286/65/000/005/0085/0()85
E)
Tret',akov, V, M.: Korolev, F. F.; Yev-t2zev, . I.; Sanko,!j=, A. A
melhcd --)f test:-ng pf-Dducts -I:;:- rie--met:.7 sea-
'If 'laaa 42, 5o. 168925
SOURIC'St Byulleten' izobreteniy i tolnykh makavo ao- 51 1965P 85
TOPIC TAGSi sealing, hermetic sealing, leak detsatort 1~,~=&Ow digCharge
t.
A-BST9AC'T: rhis Authar ertificate presents a method of testing produatf. for
hp--mctii 3,4a1 with helium under high pressure. F!:r morf~ accurate deter-r-in tion of
-~rccuc~,-' r,. 9!a Yel-um mclecul'ev leak!-ng
thip ---4,.v~t --':h the h-i-p -)I' 'Ui '?.ec-,ric 11'?A',& --'C e f" o'
d~a--targe produces t -,mi-nescence which ndicate-a *,ne p. ':s~-r;co :)" Aeaks
ASSa:ZATIGHt Organlzataiva goaudarstvennogo komiteta p,) av.,,ataionnoy t,j?Jmike 555A
(Enterprise of the State Committee for Aviation Teckmol)g
j 53'")
SUMCETTEDi 10=63 ENCLi Lxj MB CODR1 IE
NO REP SO: 000 OTHEEt i WO
COM 1/1

ACC NRs AP7004266 SOURCE CODE: UR/0432/66/000/003/0031/0033
AUMOR: SankovskV,
(Candidate of technical adiences)l Kruglikov, V. Y"
ORG: none
TITLE: Inertialess electronic device with controlled gain
SOURCE: Mekhanizatsiya i avtomatizatsiya
upravleniya, no. 3, 1966, 31-33 2.2
TOPIC TAGS: electronic amplifier, controlled Holt M
gain amplifier, automatic control system Rj
56D(
Iioo.,
ABSTRACT: Intended for use in adaptive
control systems, an electron-tube
Z4K
amplifier (see figure) is proposed which ;.4 Ism
consists of a balanced amplifier (two
upper tubes) whose anode.loads are
shunted by internal resistances of two., Ilan
_7
other (lower) tubes. The latter are
controlled by a separate (right) tube
whose grid circuit receives the control 20,K
voltage from the automatic system"in
question. Typical controlled-gain curves
are shown. Orig. art. has: 2 figures and 1 formula.
Card
1.11 SUB GOD.Mo 09-1-SUBM DATE: none UDC: 621.375

3ZUBJECT USS -YS, I Cj F. 7
7, THOR 3 1ROJKOV, JTT. 111. ,8.1-131 Y! KOV, D. G.
T!T1- E, On the Probler, of !Tnn-!',~UanLizP(1 -lelat1vtstic Invariant Rertortv-.1-1266
.:;q,-1Rt-4O1-L3 Of P~ Particle.
P-
2,RKDT--"LL 4"Urn,*ekl,~4.0. itrtor. fis,)1, fasc.1, 113-120 (1956j)
12-111ed: 9 195 reviewe (I - 11 1 19r,06
i~: of thz: r-itetho(I developet! hy JU.:J.S1R0x0V, Zuryi.eksp.i teor.fi
~47
(1951) for 'he co-iistruction of a threedimensional extendea particle a system of
% '0 L k, . . . .1
relativistically invariant equations for a spatially smeared-out particle Whil,chis':
in interaction with a field is obtained. However, in con-brant to tlhvis Drevious
work, not the charee, but interaction.is actually smeared out, so that the -,ar-.
'inle remaini stable without the introduction of POINIOMIE'S -iressures.
first the case of an electron that is in interaction wlth ai electroma T- t'
fielt! is investiEated. The effective function S its, lilke i-n ordinary electrody-
na.mics, set up as the sum of part-functions -.-hicb correspond,to the free par-
tielp, the field, and the interaction. By the variation of S according to the
coordinates of the particle or the field, the equation of motion or the field
equation respectively are obtained.. In the case of a highly relativistic particle.
In a field, an additional degree of.freedon may be said to occur, for for the
initial moment the angular velocity of the THO'.'U,S pression of the particle,must
yet be assumed.~
The four-momentiva P. .---hich is conserved is determined by the method developed by
I
-W.PAULI, Nuovo Cimento, 10, 5, 648 (1953).

rn.eksp.i teor.fis, J1, fage.1,113-120 (1956) CARD 2 / 2 PA - 1
"U 0 457
7ith the help of the expression for P,(t) thu3 found 'he total renox-malized mass
f the particle is then determined. For this purpose the equations for an
electron at rest is solved for the case in which the exterior field is lacking,
after which it is inserted into the equation - iP ~Ia. In contrast to quantum
4
mechanics renormalization is accuratein this case, and the electron becomes
stable without the introduction of any additional forces of the POINCAR~ pres-.
sure type. The equation of motion with renormalized mass is given. However~
also the field is to be renormalized. The equation system obtained here.is the,
complete system of renormalized equations describing the extended electron in
interaction with the electromAgnetio,field.,
The modification of the energy (or the momentum) on the stretch r must not ex-
~0,
ceed the corresponding enerEy of the particle. The renormalized equation of notion,
reminds us of the LORENTZ equation, but it is relativistically invariant. It is
coT.,tpared with DIRAC'S equation by-transition to a punctiform particle.
There follows, in exactly the same manner as on the occasion of the computation
of the electromaenetic field, the investigation of a nucleon which is in inter-
action with a scalar mesonfield.1-That has been said before holds goodalso in
this case. The present work is the first step in the following direction: first
renormalization of the classical equations, to be followed by their quantization.
INISTITUTIMIT; 1~oscovi State University..

w~ 4
S
). a7-,
760
kl~ON THE PROBLEM OF UNQUAtMZED ItEI.ATSM-TICALLY
INVARIANT RENORMAUZED EQUATIG FX)R A THREE-
DIMENSIONAL QEr J?&P SblMkGX and
D, G. Sitairilkov Eovid. Ptvyb. JFFP 4,
A system of relativistically invartut equations for it
smeared-
above given formula for f(j) may be obtained by transiti6n
from the approximated Lenz(I;ents)-jensen (Iyensen) expression
for-the density of the electron density Q(r) in the atVM
to the functions,!'( f). Too careful searches for the exact
approximati'on of'th4 Thomas (Tomas)-Fermi. functions for small
and great distances from the nucleus are uselesk, as the equa-
tion C,, 3/2/ 1/2 does not describe correctly the po-
tential within the atom. The author thanks D. A. Kirzhnits
for his advice and discussions. There are 9 references, 1 of
which is Soviet.
ASSOCIATION: Fizicheskiy institut im. P. N. Lebedeva Akademii nauk SSSR
(Physics Institute imeni P. N.-Lebedev AS USSR)
SU3MITT_!-): 1,11arch 13, 1958
Card 2/2

20454
(113 //-'g
S/056/61/04b/002/007/047
LIC1, rj'~~ B I 13/B214
AUTHORSt Perekalinal T. M., Aakochinskiy, A. A., Sannikov, D. G.
TITLEt Resonance of.domain boundaries in cobalt ferrite
PERIODICALt Zhurnal eksperimental,inoy i teoreticheskoy fiziki, V.,40,
no. 2, 19619 441-447
TEXTt The resonance dispersion of magnetic permeability incobalt'
ferrite, which is caus
ed by the displacementof domain boundaries, ha
7
been investigated experimentally. It was necessary to have a
dispersion-free -oaxial line with a square cross section, in which
TEM-type waves appear and in which the form of the magnetic lines of
force is almost quadratic. Quadratic frames were out from a single
crystal, whose sides coincide=with the axes of easiest magnetization.:
Four quadratic frames of,equal size were prepared from single crystals
of cobalt ferrite (outer dimensions: 10 K10 MM; inner dimensions:
6;