SCIENTIFIC ABSTRACT SLAVINSKAYA, N.A. - SLAVKIN, V.S.

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• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001651310011-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 25, 2000
• Sequence Number: 11
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

0
6/071/62/036/o06/003/011
_Tf-rect of ionizin'g ... 1@117/BI38
cribed in I. -Irsides the chromatorraphic determination of butane, also
the -..)roducts of its nartial oxidation (peroxides and aldehydes) were also
Stu,--'led polaroCraphically. Experimental conditions: initial pressure of
the butane - air mixture @ 613'-m,,n H&; temperature = 185 - 2570C. The
depenf-Ionce of the reaction rate was recorded at two radiation
intensities (1.2-1015 and 2.4-10 11 ev'cm3.sec). As in I, the main para-
metcrs of the reaction kinetics were determined from experimental curves
usin'r, thc eiuat-ions ssu@[e-mail] by 17. i. Sei.@ienov (0 nekotorykh Droblemakh
1-4
-,)roblems of chemical kinetics) Iza-vo AN SSSR,
chair. @-Gtj.Ct4 ons. It uas foun,71 that the e'fective acti-
-@ration onery decr-@@is;--d and the numbe:- of initia.1 -.-.,ctive centers no
-n@-' the ramnificr@'io@ factor Iincrease as radiation intensity rose. This
is consistent .-.,ith the previously determined dependence of these j)ara-
meters on -IChe intensity of the electron beam.Accelerated accumulation of
Deroxides and aldehydes .,.,as found with rising intensity of the electron
II-xamination of their concentration'as a function of this intensity
;) e a M. .-
Z h ov.- e dtha' thei decomnose under the action of electrons. The amount of
decorp.-j@sinE pcroxidez was proportional to the radiation intensity. The
Uard 2/ i

3'/,--;76/U62/03U'/006/003/011
Effect of ionizin',- lil 17/3138
-;eco:.-:-osi';,.on of --!@dc-h@,dcs is more com-Aicated, and they are assumed to play
a ie:-.3 Sil-nific--rt ).-..rt in che-in ramification. -@-'Wmmary : The Ereater rami-
fica@ion of c@-,j@n at
t, - .1 1 t hiEh radiation intensity cannot only be due to the
@or;i,ation o' in4-ial ac'i-.re centers, but also to the radiative decompositicq
U G
ch causes a de@enerat-c rainification. Further research is needed for the
@.3robleni d e c o mp. o si 'L i o n o f:,eroxides and aldehydes is clue to
d i re c t ab.-; o r,, on of rRdiation encr@-
.) L y only, or vihether the enerf-.-,y may be
Uransferred tlieir i..olocules by co@lision with ions or exciied nitrogen
molecules. @.he :izinetic nhenomena observed are assumed to be related to a
direct or indirect effect of radiation on intermediate products. There are
06 fiL-ures.
A.i"- OCIATION: Fiz--i?o-khLi.,icheskiy institut imeni 'U. Ya. Karpova, 1'.'oskva
(Physicochem ical Scientific Institute imeni L. Ya. Karpov,
i-loscovi)
SUDI,'ITTED: joptember 13, 1960
Card 3/3

S/644/62/000/000/059/129
D204/D307
AUTHORS: Slavinsk N A , Kamenetskayal S. A., Pahezhetakiy,
__,@@_Lin Ka a@, a
.' n " i
Ya @a H`e@a, G. P.
TITLB: A study of the kinetics of the chain oxidation of butane
in the vapor phase, under the action of fast electrons
SOURCE': Trudy 11 Vsesoyuznogo soveshchaniya po radiatsionnoy khi-
mii. Ed. by L. S. Polak. Mosc@o,.4, Izd-vo AN SSSR, 1962,
353-356
TEXT: Kinetics of the aerial okidation of gaseous butane were stu-
died under steady irradiation with fast electr 8 (the ener Y ab-
sorbed by tile gas p being 0.6, 1.2 or 2.4 .x 1019 ev/cm3.sec@ at
b13 - 640 mm Hg and between 185 and 2570C, to elucidate the mechan-
ism of such reactions. The intermediate oxidation products were
estimated polarographically, the unchanged butane chromatographi-
cally, and the reaction rate was followed by tile increase in pres-
sure, Ap. The log Ap/time plots were linear in all cases, as pre-
dicted by the kinetic equations derived for branched-chain mecha-
Card 112

S/844/62/000/000/059/"129
A StUdy of the kinetics ... D204/D307
by N. N. 6emenov. Both the initial number of activc ceritero,
ii , ;@@ii-id a parameter characterizing the extent of chain-brariching
Acreased linearly with increasing intensity of irradiation, whilst
the effective activation _;nergy was decreased. a mathematical treat-
ment ir, presented, showing that the rates of oxidation of hydrocar-
bons under constant irradiation may be described by branched-chain
kinetic equations, the actual parameters being a function of the
irradiation intensity. The relative increase in n 0 under the action
of irradiation was com@aratively lower at higher temperatures. The
effect of radiation on chain-branching is ascribed to the action of
the irradiation on intermediate oxidation products (aldehydes and
peroxides); these products were shown to decompose in proportion -to
the.duration of irradiation. There are 5 figures.
ASSOCIATION: Fiziko-khimicheskiy institut im. L. Ya. Karpova (Phy-
sico-Chemical Institute im; Ji. Ya. Karpov)

SLAVINSKAYA, N.A.; ZHIITIEVA, G.P.; KAMEVETSKAYA, S.A.; PSHEZHETSKIY, S. Ya.
Effect of ionized radiation on the kinetics of butane cocida-
tion. Part. 2. Zhur. fiz. khim. 36 no.6.01293-1298 Je'62
(MIRA 17:7)
1. Fiziko-khimicheskiy institut imeni Karpovaq Moskva.

-UT(M)IBDS AFFTC Pc-4Ar-4
EWP(j).A"(C)1EWP( )A
q
1ACCESSION NR: AP3004063
5/6076/63/637/600549A556
AM HORSs Slayinskaya. N. A.; Gribova, Ye. I* Demidova,-. G, G.; X@Lmenet6kaya,, S@;':.40'.;
Piihezhetskly,
-TITIES" Effect of ozone on the kinetics of @utane@;@dation
.''SOURCE: Zhurnal fizicheskoy khimiit v- 37, no, 7i 1963 1549-1556
T
OPIC TAGS: ozonep butane, oxygen,
I STRACTs The effect of ozone on the kinetics of butane oxidation ii#h o3Wgen
'been investigated. In a previous ex
perimentp an investigation was made.of,
t@e effect of ozone on the critical ignition.point of some hydrocarbonse Ozone -A:
ao'Felerates the reaction, shortens the.inductim period, lowers the effective
activation energyq and increases chain branching. The effect of ozone'is mainly.
aessociated with the facilitation of the generation of the ini ial active centers
Its effect on the butane,oxidation kinetics is in a eement with the experimental
a
da.ta obtained previously with the ignition of butafie-oxygen mixtures. During th
o3ddation of butane with ozone at an elevated temperature, the mrin reaction.ift
the decomposition of ozone and the, reaction of butane with the atomic oxygen
resulting from the above decompositions 0 H -#C H9C+H2O. Orig. art. hass
4 10+03 4

SIAVINSKAYA, N. P.
5448 Slavinakaya, N. P. Oborudavanlye kabineta tekhniki bezoWnosti. (14.1
Metallurgizdat,, 1954. 8 s. a Ill. 22 m. ( VTsSPS. Vsesoyus. nauch.-Inelod.
in,t okhreW truda. V pmeshchlprofaktivu pri zeklyuchenii kollektivrqkb
dogovorov,, so ashenly po okbrane truda I pri planirovenii mererviyatly po
ckhrans trudat 1000 ekz. ll.ts.-Avt. ukazan na s-Y (55-1195)
658.283.0018
SO: Knizhnoya Letopis' , Vol. lp 1955

I_._SL.AV_RISKAYA, N.P., starshiy nauchnyy sotrudnik
Training workers in repairing equipment in metallurgical plants.
Bezop. truda, v prom. 5 no.3:13-14 Mr 161, (MMA 14;3)
1. Sverdlovskiy institut okhrany truda Vsesoyuznogo tsentrallnogo
soveta profsoyuzov.
(Metallurgical plants-Equipment and supplies--Maintenance and repair)

0-
of
Mnt@-
-0@@
j
U
ft
sk
k
(K
a
a=
:
e
1
a
.
aya
.mg
Alma-Ata). diagrams ari abvwu F;! SM11=11Y7
0
pa*
"
%_
=t
I
t
0
, 10, and 20'; the system Is aoncoaductive. The
SXL-. In-
ywasky 6atherms am coavex tawud the P
dicadve of interacdon of the componeau. a milt.
=
of 0.06 mole SnC4 and 0.1 wle RtONO@ abuyu 20' resulted
in color changes and evotutiou cd NO and NO@ with rapid
dse in to 12D,10"; the reaction has an Induction
=_
Varies vrith the temp. level of the filitial Mixt.
period
-At @wer tataps. NO predotainates in the off-pLes, vwtule qt
highex tempit. NO and NOt are both present In larp aqM,
The H aid products cout2in game EPOAc and AcOH. Nitra,
2
tion
CJU with EtONOt in Lbe Presence Of SaC4 at 80'
zave 36% PhNOt. Decampa. of MONG by coacd. UaSQL
*
d
in Wmp., dwwinc an Induc-
be" at 2*4
. with supi
tion period beltavior dmilax to the above described. NO,
KCA and M am evolved, and.the products Include RCOjU
,itudwmcHC0sRt; nittutioaofCtff#byEtON0jiuprtt9euce
.of at-CA xt 7a* gave 12% FhNOt. MONO@ and HNOt
(d. 1.52) r= at bov. 40- i4th retati.ely litd. b,!.-. L,,.I.-
don; the reaction yields NO, NO. and M. If the N oxides
14 HNO, are relitninarily destro)A by urea, EtO,140t is
'
H
H
gy
this add even at 88
ence
not decompd.
.
NO@ w is
does act decomp. EtON02, G. M. _Kq�wa@

I

aad IQ Mi. SMV- MdSed over 7 min.,
at 5.6 mi. HINCS In 75 nl- EtOMO, (11NO. used tn the'
reaction was obtained by daub.% distu. of conx. HMO, w"
I vat. UtSO* and w" thea bUtwa with dry ak; its constants
we= -Alter 2 bm st W-the-mixt- was

I- fA V1 N LA,
-VA
-A 4 14-
Derivativei of bekofuixis and benzadituran. V. Urm-
vinstawa.
L-P
Uqins and a tuijaT Valsts Univ. MG. P
4" '"-' ul @ 119-27(1958).-@-Re3orchloi
and benzoin melted together then treated with 79% H2SO4
and the mass extd. with H,O and EtOH gave either 2.3.5,6-
~tetraplienylbf-nzoll.2-b,5.4-b'ldifuran (1) or 2,3,6,7.tetra-
phenylbenzo[I.2-b,4 *5-bldifuran (11). needles in. 217-18'..
which with AcOff and HNOs gave a yellow cryst. compd.,
not m. below 270*. Analyses showed that, depending upon
the amt. of HNOj used, I or more NO@ groups were But*-
stituted in the mol. Rdplacing in the above reaction the.
rcsorcinnl by hydroquinone gave either 11 or 1 0.7,9-tetm-
phenylbenza(l.2-b,4.3-6'ldifuran (M), needles, m. 287*.
From the same mixt. could be isolated small amts. of 2.3.
diphemyl-&;-~vdroxybenzolblf,,"n (111a). Nitration of 11
or M with j 1--OH and HN03 gave no identifiable Compd.
p-Benzoquinr i-. with AcCHsCOEt and ZnCh in Me&CO
%!@hneedles of 2,6,3,7-Weg(EtO3C)s analog (IV) of U.
gave the 2,6,3,7-Uer
with RtOH and N2H4-H20
(H:NN`HC% analog, does not m. Maw 270*. It ia 7k
the reaction for the prepn. of IV the ratio between the met-
ants was changed (1, one), the product was the 2A-
'Me(RtO.C) M. M JM. IV wag always fwmM also.'
but the V could be easily sepd., tn. 137-8% did not furnish a
bydrazide. p-Quinone, C;ff2Ac2, and ZnCIt In MeICO gave'
W-4 i acicular crystals of the 1,2,MeAc analo j m. 236-7*;
9
Wnitrophenylbytinuone, w.,270'.
jaqA
AN

AUTHORS: Lomakina, G.G., Tolmadhey, V.N.. 32-24-6-13/44
C011MUSIMPS N.V., Slavinskaya, V.A.
TITLE: Nevm inBrief (Korotkiye sodbahaheniya)
PERIODIM: Zavodskaya Laboxatoriya, 1958, Vol- 24, Nr 6., p..694 (USSR)
ABSTROT: G.G. Lomakina and V.N. Tolmohey or Khaekov State University
(Khsrlkoi@zkly gosudars'tyeniVy universitet) recasotand the applica-
tion of acid chromium dark-blue an a coloring agent for oolorl-
metrical determinations of magu*sium- and alzadnm alloys. To-
gether with manesium this coloring agent form a colored complex
of the composition NA2. The most sensitive reaction is attained
with PH = 9.5 - 10.5, in which case the relative error in o-5 -
-3.5%, and sensitivity Increases with an increased purity of the
coloring agent. The calibration curves can be plotted according
to solutions of magnesium chloride of stalon aWles of alwainum
alloys.
AM...8hImnskwia and V.A. Slavinsk"s, of the Institute of Orgudo
Uhimistry oi: zhe kaad=W of Sciences, IdLtvian SSR (Institat
organicheskoy lrhl--Al Akademii naukAAMWiM4 SSR) suggested a
Card 1/2 method of photooolorimetric quantitative determination of

News in Brief
32-24-6-iY44
furfurole in the presence of aliphatic aldehydes of oarbo3Wlic
acids. The well-known reaction between furfurolo and acetic acid
aniline is used and the method of In"stigation developed by
Ponomarev is employed on this occasion. After reaction lasting
Ih45' at 150 between a sodium chloride-, acetic acid-, and ani-
line solution with furfurole, the solution is colorimstrized on
a photocolorimeter 'ft- X Ath a green light filter. The weight-
limit ratios between furfurole and forsio- and maloic acid, formal-
debyde and acetic aldshyao which do not act upon the optical
density of the coloring of the compound of furfurole with acetic
acid aniline are detenckined.
1. Magnesium--Determination 2. Aluminum alloys--Determination
3. Golorimetry 4. Furfurals--Quantitative analysis
Card 2/2

SHDIANSKAYA, Mariya Vladislavavna; U9 'a V lentina Aleksandrovna;
GILLER, S.A., akademik., red.; DnDftARs- eVnd'.,%d.; IMBERGA, A.9
tekhn. red.
[Analysis of furfurole) Analiticheskoe opredelan'.j furfurcla. Riga.,
Izd-vo Akad. muk Latviiskoi, SSR; 1961. 182 p. (min 24:n)
1, Akademiya nauk Latviyokoy Sotsialistiaboskoy Respubliki (for Giner)
(FuraldeWe)

SLAVINSKAYA,_V,A.; GULEVSKIY, E.K.; SHIMANSKAYA, M.V.; GILLER, SA.;
IOFFEt I.I.
Kinetics of furfurole catalytic oxidation. Kin.i kat. 3
no.2:Z76-281 Mr-Ap 162. XRA 15:11)
1. Institut organichaskogo sinteza AN LaWyalcoy SSR, Riga i
Nauchno-isaledovatellskiy institut orgwdeheskikh poluproduktov
i krasiteley imeni K.Ye.Voroshilova, Moskva.
(Furaldehyde) (Maleic anhydride) (Catalysts)

IOFFF,, I.I.; KAMENEVA, L.S.: I.LAVINSKAYAZj A
Kinetics of heterogeneous catalytic proc6sses inhibited by a side
reaction product. Kin. i kat. 6 no.2:333-335 Mr-Ap 965. (MIRA 18s7)
1. Nauchno-issledovatellskiy institut organicheskikh poluproduktov i
krasiteley I Institut, organicheskogo sinteza AN Latviyskoy SSR. -

113575
S/194/61/000/0112/07 5/097
The influence of ultrasound D273/D301
chemical bonding depends on molecular weight and structure of the
molecule. A formula is given for thp velocity of solution of col.-
loids under the action of ultrasound, The Schmidt oa-@riration role
leads to interaction of polymers and cavitation bubbles. According
to Mark, the depolymerization step depends on -the strength of the
covalent bends, the structure of the particle and the inter-mole-
cular frictional force. In accordance with the new -view the mecha-
nism of the effect is very complicated. Nowadays, it is considered
that the decisive role in depolymerization is played by cavita-
tion. The nature and the role of cavitation in cbemical processeE
are explained. It is established that the velocity of a chemisal
reaction (particularly endothermic cnee) is determined. by a ther-
mal action of the ultrasound. Heating of a liquid delays depolyme-
rization, slackens the solubil -ity of gases in a liquid,, and conse-
quently does not permit clavitation to take place. The increase of
external pressure also slows down the proces,@, There is a limit of
depolymerization which ciannot be exceeded in any way. The time ta-
ken to determine the degree of depolymeriz2tlon is inverse@y pro-
portional to the intensity of the ultrasound and to the degree of
Card 2/5

33575
S/1 94/6 @/000/01 2/07q/097,
The influence of ultrasound D27-3/_-301;
depolymerization of the resulting chernical bonding, and direCtly
proportional to the concentration cf the solution. The dependens-s
of physico-chemical processes on the frequency of the ultrasound
and of its intensity eaan be re-,7ersible or non-reversible. The re-
versible transformation of a gel. into a sol In gelatine is expla-i-
ned by a weakening of intermolecular Van der Waals forces and con-
sequently the intermolecular Lattice is altered.. It is restored
by Brownian movements when the action of the ultrasound is stopped.
The action of ultrasound on solutions of several albumens and ami-
no-acids is described. The degree of structural change of albumen
depends on the mode of the ultrasonic action and on its type
cording to Boyd's theory, the particles of various albumens possess
different energy potentials. Therefore, corresponding ultrasonic
actions can change the structure of Certain al.bumens and not that
of others. On this is based the knowledge of albumens, the secre-
tion of hormones, ferments, genes, the destruction of viruses. The
action of ultrasound on aqueous solutions of egg albumin,, histidi-
ne and gelatine is described. Amino-a--ids which dissolve and dc not
dissolve under the action of ultrasound are named. Clarificaticr.
Card 3/5

33575
1 0.5
S/194 rrl-.1000,101211 75/097
The influence of ultrasound D2-4/D2O-
is gven.of the in vitro ultrasonic Inve s ti. gat ion. of serum albumen
C-B SB) f human and 2nlMal. albumen. There is an enumeratioL of
factors which influence the deg.ree and character of the change in
SB during sounding in vitro. It is noticed tha-rV- and 13-globuitna
are the more sensitive to ultrasound. The sounding in vitrc of hu-.
man SB organisms is ac:ompanied by a de_@rease ind - and B-gicbullne
and by an increase mr-globul-Ins. The in -i-itro sounding of an-i[mal
SB changes its physico-Zhemleal and -_'mmunc-hemi--al propertie-'
Attention. is drawn to the differences in effec-tiveness of thermal
and ultrasonic actions. The in vitro sound@_n.g c.f human organisms
even in therapeutic dr-se-p-, oauses destr,,_i2tion of P"le--m1c al.tumen,
Under the action of u1trasound, @e2lljj.ar and plasmic- all-umen, are
dehydrated, the walls of the ce!Is be@@Qme permeable. Vine in viT._-@
and in vitro sounding cf ttsau.e albumen leads to a breaking of IrE
synthesis. Factors are -included, on, whIJ:.h the break-rig effe,-@ rf
ultrasound depends. The phy_=_Jologi@al change @f tiesues placed '.n
an ultrasonic field, Ls caused nct on-ly by :-he Lonsequential treak-,
ing of synthesis, but al@lc, fc-r -,hixct-cpi'-_ reascne. Abc-re all)
Card 4/5
33575
S/194/61/000/012/071;/09-7
The influence of ultrasound ... D273/D301
solutions of albumens of various organs and tissues lose their po-
larographic activity under the action of ultrasound following the
destruction or chipping of the polarographic active groups. The ac-
tion of ultrasound on ferments is considered. The ultrason-.1c in.-
activation of ferments is recalled. It is noted that the process
of ultrasonic destruction of ferments can influence the addition
course of chemical bonding. The action of ultrasound on the vil-
ruses of tobacco mosaic, poliomyelitis and rabies, is given. 4
figures. Z Abstractor's note: Complete translation.
_7
Card 5/5

SLAVINSKI, Z.
Production of plastic mzterials in Poland. p. 419.
NOVA TECIINIKA. (Ceskoslovenska. vedeckyo-technicke spoleenost) Prahaq
Czechoslovakia, No. 9, (September) 1959.
Monthly list of East European Accessions (EEAI) LC, Vol. B. No. 11, Novenber 1959.
uncl.

A. B. and :LCZOO-@ZG, L. D.
I'The Zffect of the mean C'oeffizient of Sound Absorption nri the Level -,@f Sound",
Firt I, Journal of Techftical Fhysics,__@@ 19,, P 1634, 1940

.'@. 13.
, 0
of -he Ar c;ona-l on -' -'a .,--.ar out -ith a a -,Y,"
:11 ' L. 11 1 @@j L@ L,11 1@
Do@-. 21113, --.- /I -,r 1*-.
0. ol I-lbre- la@@v inst,., 1-lotion-Fict-Li-1--7- Zncdimaors, -19

S,061/62/000/005/063/112
;3162/3101
4@700
AUTHORS: Papok, K. K., Zarubin, A. P.v Zuse7a, B. U., Danilin, V. P.0
Zakharov, G. V., Kuznetsov Ye. 0. r5lavinskiyp A. G
TITLE& Set of methods for evaluating the effects of additives on ths
operating properties of inotor oils
PERIODICAL: Referativnyy zhurnal. Khimiya, no. 5, 1962, 526-529,
abstract 5@1216 (3b. "Prisadki k maslam i toplivam".
M., Gostoptekhizdat, 1961, 254-263)
TEXT: It is proposed that the operating properties of motor oils
containing additives be evaluated by a ceries,of laboratory methods
consisting of 3 groups: (1) micromethods (total consumption of oilo 10 mi),
(2) zests on P%,3 (Pzv) and 11@-J (PZZ) appar (total consumption of oil,
atua
0.5 1) and (3) tests an the (j9-5 (IT9-5) and,17,9-3 (IT9-3) sinzle
cylinder engines (total consumption of oil, 2.5 1). The first group
covers determination of: thermooxidizi -ng stability and coefficient of
lacquer formation Poc74953-49 (GOST 4953-49)*and POV9352-6o (GOST 9352-
60)), motor volatility, active fraction And,tendency to form lacquer
-0
Card 113.

S/061/62/000/005/063/112
Sot of methods ... 3162/3107
U,.[ 7573i-55 (GOST 5737-53)), thin-layer evaporation of the oil
'-1- 8674-56 (GGST 667e'-58)), critical lacquer formation temperature
@mcthod described) and the scale-forming properties by evaporating 0.2 g
of oil in an aluminum cup at 4000C until a carbon residue is formed
(method described). On the PZV apparatus, they evaluate the washing
properties of the oil according t; -':-C 75726-52 (GOST 5726-52) and the
emulsifying properties (method described-). In the test on the PZZ
apparatus the oil is mixed with air and circulated at 1500C through a call
with lead and copper plates, and after 2 hra circulation the corrosion of
the lead plates is determined, the sediment in the oil on diluting with
isooctanQ and the evaporation of the oil during %he test (method describo4
On the IT9-5 engine primary motor tests are carried out by the NII GSU-20
method for 20 hra, evaluating the formation of lacquer on the piston and
the corrosion properties of the oil from the loss in weight of the lead
plates in the call through which the working oil circulates. On the IT9-3
engine the acale-forming capacity of the oil is evaluated by the PZI
(method described), by which '-ae quantity of scale on aluminuz surfaess
Card 2/3

S/?81/62/000/005/083/112
Set of methods B162/BI01
in the Drecombustion chamber of the engine is determined, the oil being
added in a quantity of 3 A to the fuel (TC-1 (TS-1) or white spirit) and
4 five-minute testa being carried out for each oil sample. The results
of the evaluation of oils with different additives using these methods are
given. 'Abstracter,s note: Complete translation.)
CArd 3/3

A.K., inzh.
AIK 11 ") V S E 1 Y , y t - - '1. 0inzh.; l~7,li,7~,~~--'~~liF",~~'f~~l, 1-il-) 7 L A.., @ 'I SK;
Transverze di4'ferent-'-@) ' prrtect-iG!I sy,-tem- using
ejem.onU in p&ral.',,,-l jl.;'@--220 kv. lines. Energ. i ellektrotekl@.
pl'(DITI. Ilv).!@.'.12-15 '0--D 164. (mlna@ 18.-3)

SINEWNIKOV, V.Ya., inzh.; SLAVINSKIY, A.K., inzh.
Increasing the delay of a transistorized time relay. Priboro-
stroenie no.5:8-11 My 165. (14I-RA 18: 5)

" 1,
__i AVTRSKTY, B,N.
Study of Lnductlion motors with a ferromagnetic copper-plated
Zotor @_n Im-aking mode. Elektrichestvo no.1-2:44-46 D 164.
(MIRA 18;12)
1. n-vIat-Sionnyy inst-itut.

ri t, ;7,,! i.e Ti@.e re. tU2@; f-TI-I
t . -
rg a n I f; :3 u us ta

KRASNOPOYASVOSKIY,, S.;_SIAVINSKIYp__D.j otarshiy agronom@-entomolog
Using hydrocyanic acid for controlling cereal pests at grain
elevators and flour mills of Miarkov Province. Muk.-*Uvjpr=. 26
no-5:21 My 160. MIM 24:3)
1. Zamestitell nachalinika Ahartkovskogo.upravleniya khleboproduktov
for Kraonopoyasovskiy). 2. Xharlkovskoya upravleniye Weboproduktov
for Sl@vinskiy).
@
(Hydroc@anic acid) (Grain.Diseases and pests)

BLAVINSKU Da04 'U"YAPY'q, ; OSKANYAN, Mamikon Maaukovich; MATVIYEV.
AleksancIr Alsksandro; cb: IVAUBTS, lonstantin Yakoylevich;
LISMVSKIT, Mikhail Ineakovich; 111SYMBNOVA. 1K.F.,-inshener,
vedushchly redaktor; XMINA. S.A., tekhaicheakiy redaktor
[Pressure furnaces in oil refining] Topki pod daylentem r
neftsoarerabotka. Moskva, doe.nauchno-tekhn.izd-vo neft. i
gorno-toplivnoi Itt-ry, 1957. 130 p. (MLRA 10:7)
(Furnaces) (Petroleum-Reftning)

SOV/65-5&Z-4/14
M
.
TITLE: The Perforqance of a Oombustion Chamber Under Pressure.
(0 rabote topo!c pod davleniyer.),
PERIODICAL: lChifalya I Tekhnolo Iya Topliv I Yasel,1958. Nr.15.
-
-
7 - 24. (USS
RI.
pp. 1
ABSTRACT: During the investigations of the ba3ic conditions of the
woricing of combustion chambers under pressure, it was
found that it is advantageous to use spray burners for
liquid fuels which Induce slowing-down of the reaotion
and malce I-., po.3sible to j-r,,3raa_-,e the heat liberation
per unit volume of combustlon spa3e. The eonsumption
of water vapour for spra7ing liquid fizals in th- spray
burners under pressure repr-aseinits 0.4 - 0.6 kWi_g of
fuel; in this case, the preaau:re oil the vapour haa to
exceed the -ompresslon- in t-he combustion ohamber b-.,Ir
2 - 4 atms. To achia7.re :@cmolete comibustion of the
fuel the temperature of the @@omlbustlon proce-s-3
must be talcen Into acoou,_rit. Optimum r;cjmllustior, tempar-
atu-es during complate atonIzation of the fuel were
bet-teen 9000 - 1600uC. Thia t_@,mporaturs is maintained
by carryIng out the proc&s3 in "lie presence of excess
air. The absolute coef-fiol-5nt of e-%-Ce2s air in differ-
L
Card 1/3 varies between ct= 1-2 - 2.0-
ent combustion chambers

S07/65-58-5-4/14
The Performan3e of a Combustion, Chamber Under Pressure.
The amounL of excess air depends on the characteristics
of the, spray burnors and the pCopartles of the gas. At
normal excess air, oombu3tic-l-, 13 complete, and the p-rez;--
ence of free oxypn In the @olritustirja -products does not
exoeed 0.1 - 0.3/ . On the ba3i@- uf these irrTestigations
it -1tas possible to de@---e- -va-14-c-us3 defects in indus-
t-ial -3ombustion cha@,M4-8'7ti.-@P? pr--ssure -from the genera-
to.- and the heater for the i-nart gez. Fig. 1 shows the
@mbust@c- @)hamber and of the
,Stj,UCLjon of a Ve,*ti,..al
Cor
spray burner respectively, and Pigs. 2 and 3 the gas spray
. t1ne combustion tempera-
burne-3 resp-otively. To jowe.-,
ture to 17066C, the fuel gas is- stabilised Trith Inert
ga-ses (niturogenC%). Ta-1-1-- i gtve:3 -:1ata on the combus-
tion. chamber - generator ani tYie h,:@-,ter for the Inert
gas in four different plantsi Table 2 - results of
approximate calculation or, the composition of the com-
busted gas and actual parameters. Ways cf increasing
the e-f-ficiency of blending and comb-ustior. in the com-
bustio-ri oliamber - generator and in the heater for the
Inert g@ELs are discussed. Characteristi3s of combustion
ambe TJSSR and
h rz us--d in petroleum refineries In the
Card 2/3 abroad are compared in Table 3; Table 4 - the required

S01.465-3,-i-54 /14
The Ra rf of of a ']OmbustiOrl Chamber D'ade Pro a au re
volumc-3 of Ulhe combustion o-I'Lambers of ga3 turloine ;)laalta
as calculated by Kuznetsov. The in ths cor,
mW --o reach a value o-r*
bustion chamber was calcu@a
12 x 106 Kilogram Calor' le, rE 7houLro There are 4 Ta*Lbles
and 3 Figures and 2 Soviet references-
Card 3/3

SLAVINSKIY, D.M.; ORLOV, D.I.
Intensification of the process of the AVT still assembly at the
Syzran' Petroleum Refinery. Ehim.i tekh.topl.i masel 5 no.22:
50-55 D 160. (KIRA 13:12)
1. Giproneftezavod.
(Syzran4--Petroleum refineries--Zquipment and supplies)

SOROKIN, SLAVINSKIY, D.M.
Atmospheric-vacuum pipe Stu]. unit b�gt" 5 oduction capacity. Khim. i
tekh. top-I.i masel 6 no.2:1-S F 161. MlRi 14:1)
1. Giproneftezavod.
(Petroleum refineries-Equipment and supplIAS)

SLAVINSKIY, D.M., KABANOV, A.F.
Separation of e@.hylherzene from xylene teomers by continuous
"extrasharp" rect-4fication and low temperatt,ure crystallization.
Kbim. r)rcm. no.103?35-741 0 @6,1. (MIRA 17:6)

SLAVINSKIY, D.M.
Inert gas generator of simplified construction. Nefteper. i nefte-
khim. no-5:4041 164. (MIRA 17:8)
1. Gosudarstvennyy institut po proyektirovaniyu neftepere-
rabatyvayushchikh zavodov.

SLAVINSKIY, D.M.
GaB-fractionation unit for catalytic reforming. Nefteper. i neftekhim.
no.304-37 165. (MIRA 18-5)
1. Gosudarstvennyy 3.nstItut po proyektirovaniyu neftepereraba-
T.yvayushchikh zavodov.

V, y
at-,- n of' a--.
unit. Nefterer-
r1c. 2 0
j. Gcoudaretvenr3ry po proyeakt-Irovaniyu neftepererabaty-
2! a vc-i (-,v.

FFTLYIIK, F.R.; PLATONOV, V.M.j SLAVINSKIY, D.M.
Thernodynamic optimum method for the separation of multicomponent
mixtures. Khim. prom. 41 no.3t2O6-211 Mr 165. (WRA 18:7)

SLAVINSKIY.-D.M.; LUZIIANSKAYA, T.G.
------ -',- 1.
Selection of a flow chart for precision rectification of Btraigb*-
run stock. KIdm.i tekh.topl. i masel 10 no.1:7-9 Ja 165. . I
(MIRA 18:4)
1. Gosudarstvennyy institut po proyektirovaniyu neftepererabatyva-
yushchikh zavodov.

SLAVIN'SKIY, D.M.; LEBEDEVA, S.P.
Depentanizer for gasolire fracLions. flefteper. i neftek-b-im.
no.5:48-50 165. ('141F.IA 18-7)
1. Gosudarstvennyy institut po proyektirovaniyu nefteperera-
batyvayushchkikh zavcdov.

SIAVINSKIY, M.P., professor, doktor [deceased]; FILIN, N.A., professor,
SHFICHINETSKIY, Imndidat takhnicheskikh nauk.
rateenzent, ROGELIBERG, I.L., inzhener, retsenzoat; SAMBOYOV, G.V.,
redaktor; KARAYEVA, O.M., radaktor; MIKBAYLOTA, V.V., tekhaicheakiy
redaktor
[Physical and chemical properties of elemental Yiziko-khimichaskie
evoistva elementov. Woekya. (;oeo nauchno-tekha. izd-vo lit-ry po
chernoi i tsvetnoi metallurgii. 1952. 763 P. (MLRA 9:12)
(Chemistry, Ketallurgic) (Chemical elements)

S/188/60/000/03/02/008
B019/BO56
AUTHORS: Kanavets, V. I., Slavinskiy, 0. K.
TITLE: The Influence Exerted by the Primary Velocity Spread Upon
the Grouping of Electrons in a Klystro (a Frequency-
multiplier)
PERIODICAL: Vestnik Moskovskogo universiteta. Seriya, 3, fizika,
astronomiya, 1960, No. 3, PP. 13 - 23
TEXT: An expression is found in @inematic approximation for the
harmonics in the electron streamhn a klystron (a frequency-multiplier)
taking in consideration the primary velocity spread and neglecting the
effect of the space charge. On the basis of the estimate of the extent of
the velocity spread carried out in the first part, formula (10) is
derived in the second part for the n-th harmonic current. From this
formula, formula (15) is obtained, which may be used for the calculations.
In the third and fourth parts, the results obtained for a large and a
small velocity spread are represented in form of diag--,:,tms. In the last
part, the effect of the change in the interaction of the flux and the
@Card 1/2

The Influence Exerted by the Primary Velocity S/188/60/000/03/02/008
Spread Upon the Grouping of Electrons in a B019 B056
Klystron (a Frequency-multiplier)
modulating field on the flux cross section is investigated. It is found
in this connection that, by decreasing the amplitude of the higher
harmonic, the velocity spread exerts considerable influence upon electron
grouping. The authors are of the opinion that velocity spread must be
taken into account in an investigation of the operation of a multiplier
in the millimeter- and also in the centimeter range. The diagrams given
offer the possibility of estimating the influence exerted by velocity
spread and the flight angle upon the higher harmonics. It is recommended
for the millimeter range to use a laminar flux, a cathode with homogeneous
emission, and a modulating system with an electron interaction that is
constant over the cross section. The authors thank V. M. Lopukhin for
valuable advice. There are 6 figures and 12 references: 5 Soviet,
2 French, 3 American, and 2 British.
ASSOCIATIONt Kafedra radiotekhniki (Chair of Radio-engineering) VS
SUBMITTEDi September 3, 1959
Card 2/2

TATISHCHEV, S.V.,, pro@.; SLAVDISKIY. V.A. -inzh.; SHISHIN, I.I., inzh
P
Improvement of the main sections of a furnace with a *Lbbler plank.
Energetik 10 no.2:5-6 F 162. .OUU 15:2)
(Furnaces)

ISTLINICHUK, S.P.; SUITINSKY, V.A.
State of the functional indices of external respiration in- initial
clinical manifestations of atherosclerosis -nd their dynamics
under the effect of health resort therapy in Kislavodsk. Kardiologiia,
4 no.6:51-56 N-D 164. (MIRA 18:8)
1. Klslovodskaya kardiologicheskaya k-Unika imeni V.I.LenlEa
Pyatigorskogo nauchno-issledovatR11skogo instituta kurortologii i
0
fizioterapii (direktor - kand.med.nauk Ye.A.Kamenskiy).

TATISH('HEV, 3.V., ! Sl,'.VlkN'.'-)KlY, V."'., lrizh.
0 PC, ra-, lOr I C-f @-@ . V. T at i5h,! !I e V' 3 f "AIL I 3Pr a Y and la -Ycr co:--bz Is t i --n
chamber in a bc-aler with 20 ton/iiour evaporative capacity. - Energetik
I ' 17.9"
- --; nc .',': 1- 5 a' 1161..

,")LAVlN,`;KJY, V.I.
E2tabli-chine the grade of merchandise according to the coloring of
the foot-wear. Kozh.-oLuv,-,r,cim, 7 no-3:29-30 Mr 165.
(MIRA 18:10)
1. Glavnyy inzhener Karagandinskoy obuvno.7 fabriki.

25 (5), 8 (2)
AUTHOR: Slavinskiy, V. L., Engineer SOV/119-59-4-3/18
TITLE: A Digital Recorder for Time-pulse Signals (Tsifrov-jy registrator
vremya-impul'snykh signalov)
PERIODICAL: Priborobtroyeniye, 1959, Nr 4, PP 7 - 9 (USSR)
ABSTRACT: In this paper a multipoint digital recorder is described which
has been developed in the Moskovskiy energet-4cheskiy institut
(MEI) (Moscow Institute of Power Engineering) for time-pulse
systems. These systems, the "Dispetcherskiy raport" and the
"Teentrotekhnikall are intended for remote measurements and for
centralized control purposes. The values of the parameters are
printed on an uniform percentage scale as unit or decadic
digits. There is no limitation to the number of parameters
which can be printed. The accuracy of recording is primarily
determined by the discreteness of the values coming from the
transducer converter. This allows for an average statistical
error of 0.5%. The accuracy of conversion is independent of the
frequency of the power supply. Equations specifying the dura-
tion of the measuring pulse and the operation of the transducer
Card 1/2 converter (built into the recorder) are written down. The main

A Digital Recorder for Time-pulse Signals SOV/119-59-4-3/113
component parts of the device are the transducer (decoder) of
the time-pulse signals, bho unit for the storing of supple-
mentary data and the printing device. The strusture and the
principle of operation of these main component parts are brief-
ly described. The Soviet Telegraph apparatus ST-35 which has
been supplemented by a relay unit and by an electromagnetic
selector, is used as a printer. Finally the time relations are
derived. There are 4 figures, and 2 Soviet references.
Card 2/2

cl- -

THMNIKOV., F.Ye.; .,LAVINSKIY, V.L.
4 4'. @ ,
Digital representation--of measured zagnitudes in case of a
zonal control. Izm,.@:tekh.-no.6.-30-3-3 Xe 163. (PM 16:8)
(Electronic instruments)

SLAVMKIYY V.L.
Digital representation of measured values in scanning nyatems.
Izm. tekh. no.8-.47-49 Ag t63. (MIRA 16tio)

L D.0 i,7a 6 6EWT(d)/EEC(k)_Z/3ED.2/XWP(1) up(c) n/pa
ACCESSION Wfi AR5008447 --UR&@V/65/656/ 42 A042,
62-52:681.142.621~-:~,7',.-'-~'.
SOURCE: Ref. zh. Avtomatika, tolemekhanika i vychislit6l1nsVa..iekkAWt
Svodnyy tom, Abs. W55
AUTHOR: Slavinskiy..X. L_
functional.c ib
TITLEi.Centra1ized
onvers n 9,T data
3 V@:
CITED SOURCE: Tr. Mosk. energ. in 2 .1963, 163-479
5
TOPIC-TAGS: functional data conversion' data-processi
'5 XIAI@@Ii'F-
ng qq
us -functional conversion of data ahtidn'jw-
TRANSIATION: Problems are disc s6d of the
_c er
from nonlinear haract istic sources for@ linear -digital presentation.
methods of forming the realizing function are..conaideredt. a-.method.of.linear_6
approximation, a method of equal-quantum approximat linear-;'
ion a method of
piecewise approximation, and a method of equal-discrete appToxbtation.-.:.Th9%@.'-'-.1
existing solutions are revieweds and some varieties of the above,methods.
considered. Corresponding block diagrams are shown. Figs,
-7. Bibl-@, 70
SUB CODEs DP, MA ENCL: 00

ACC NR,-
AP6023J,29 SOURCE COM UR/0413/66/Ooo/on/0029/0029
VNEWORS: Temnikov, Fe Ye.; Slavinskiy, V. L.
ORG: none
TITLE: A method for shaping the electric pulses of a variable repetition frequency
as a function of the magnitudes of the two master direct current voltages. Class 21,9
No. 182192
SOURCE: Isobroteniya, pronVahlemWe obraztuy, tovarrWe znaki, no..n, 1966, 29'
TOPIC TAGS: pulse shaper, sweep generator,, frequency control
ABSTRACT: This Author Certificate presents a method for shaping the electric pulses
of a variable repetition frequency as a function of the magnitudes of the two master
direct current voltages. This is done by controlling the amplitude of the output
sweep voltage of the integrator, the steepness of which depends on the control volt-
age. The design simplifies the shaping process. The first master voltage is in-
%legrated, and the amplitude of the output sweep voltage of this integrated first
master voltage is compared with the second control voltage. At the moment when these
voltages are equal,, a discharge of the integrator sweep to zero is produced (see
Fig. 1). Vjhen this is achieved, a now cycle starts up. During the discharge, the
output pulse3 are shaped. The lengths of the output pulses are equal to the dischaxge
time, and the repetition period of the output pulses is equal to the sweep cycle&
Card IL2 UDC: 62a.373.024-083

ACC NPIt AP6021429
Fig. 1. 1 integrator; 2 - zero-unit of the two
comparison operations; 3 discharge switch
Orig. art. has.- 1 figure.
SUB COIE: 09/ SUBM DATE: 104w64

I'ACC NRt
AP6021430 SOURCE CODE, UR/0413/66/000/011/0029/0030
INVENTORS: Teranikovp F. Ye.; Slavinskiy, V.'L.
ORG: none
TITLE: Pulse generator with controllable repetition frequency. Class 21, No. 182193
11 1966p 29-30
SOURCE: Izobreteniya, promyshlennyye obraztey, tovarnyye znaki no.
TOPIC TAGSi pulse generator, pulse shaper
A13STRACT: This Author Certificate presents a pulse generator with controllable
repetition frequency, containing an integrator and a cutoff switch. The slope of the
integrator output voltage depends on th6 magnitude of tho controlling voltage aupplie
at the input. The switch shorts the integrator output at tho moment a command signal,7,
is supplied to it. To Increase the accuracy of controlling the output frequency from'
two controlling do voltages, the generator has a null unit with two comparison opemm'!"_'_.'
tions. One input of the null uftit is connected to the integrator output, and the
other to the source of the second controlling voltage. The output-of the null
is connected to the cutoff switch and serves as the generator output (see Fig* :2)
Card 1/2 UDGs 621.373.024.083

ACC NRj AP6W1430
Fig. 1. 1 - integrator output sweep voltage from first
controlling voltage; 2 - second controlling
voltage; 3 - cutoff time; 4 - sweep CYOleJ
output pulses
5Y

SLAVIIISKIY, V.P. ; KASBAN'SUY, N.A. , red.; SMO=E 'OVA, A.V., tekhn.
ved.
(This has been accorplished in the fourth year of the
seven-year plan] Eto sdelano v chetvertom godu semiletki.
Donetsk, Donetskoe knizhnoe iz6-vo, 1963. 74 p.
(MIRA 16:12)
(Russia-Economic coreitions)

107-12-31/46
AUMOR: Kozinskiy, V. and Slavinskiy, Yu. (Kiyev)
TITLE: A Lineless Raster (Besstrochnyy rastr*)
PERIODICAL: Radio, 1956,Nrl2, p. 38 (USSR)
ABSTRACT: A description of a simple 22-mc oscillator used for the vertical blurring
of each tv screen line. About 3 cycles of the 22-me frequency cover each
element of the picture. It is claimed that the slits between the lines are
closed with no impairment to the definition of the picture. One MC tube
and a special additional deflecting system are used.
One figure in the article.
AVAILABLE: Library of Congress
Card 1/1

KONSTANTINOVSK-TY1 Arkadiy Grigorlyevica,
Viktor Petrovich, i-nzh.; SL!V.TNSKIY, Yu.@. inzh,,
retsenzent
[Operation and repair of television receivers] Ekspluata-
teiia i remont televizorov. Kiev, Tekhnika, 1965. 205 P.
(MIRA l8zO

YESAREV G.I.; VIINAYEV, K.Ye.,A SLAVITSKAYA, N.N.
[Treatment of metal-ccutting tools in a steam atmosp),erel
Obrabotka instrumenta v atmosfere para. Riazan', Ria-
zanakee knizhnoe izd-,.vop 1961. JJ4 p. (MIRA 1833)
1. Nachallnik uchastka termicheskoy obrabotki Ryazanslkog;@
zavoda tyazhelngo kuznechno-pressovoga oborudovaniya (fcr
Yesarev) .

GIATSULAYEV, S.S.; KANASHUK, V.F..; REMICHENKO, G.D.; SLAVITSKAYA, O.A.
Gombijaed pl=ing cf the developmnt of vk =m-m=ercial gas
field with a Iarge gas-potential regioni., 4mm-6- *lo no.6:7-14
164. . - I - (MIRA 17z8)
1. Stavropol2skaya kraye-4--ya nauchnco.-issledovateliskaya
laborator-11ya Vsesayuznogo nauchno.-issiedovateltakogo insti-
4.. Uza ;@irodnogo gaza.

SLILVK.. I.
"Sulfits Cooking of Viscose Cellulose. I.", P. 367, (CHEMCKE ZVESTI,
Vol. 8, No. 6. &m 1954, Bratislava, Czechoslovakia
SO: Monthly List of East European Accession3s (EEAL), LC, Vol. 3, No. 12,
Dec. 1954, Uncl.

HILBAll, J.; SLAV A, J@,_
A case of Sturge-Weber disease. Cesk. derm. 37 no.2:92-95 Ap 162.
Cesk. derm. 37 no.2:92-95 Ap 162.
1. Slovensky ustav pre doskolovanie lekarov, dermatovenorologicka
katedra, prednosta MUDr. L. Emanuel Ocne oddelenie OUNZ v Trencine,
prednosta MTJDr. J. Slavka.
(ANGIOPUTOSIS case reports)

L 27639-06 EWT(1) SCTB@ DD
ACC NRs AP60-15119 souRcE CODE- cz/oo6o/66/ooo/0O2/O056/oo
AUTHOR: Dolezal, Vladimir- (Doctor of medicine; Candidate-of science)
DUYA, a
Vladimi ator of.,medicine)',
Luxa, - Josef (Engineer); 11@@b@ak, F@rantis@@eikk
ORG: Institute of Aviat-ion Medicine; Prape Ustav leteckeho zdravotaictvi).; Res eardi[@@----`
--d
Institute-of Physiatrics, Balneologyl and Climatologti Bratislava _(Vyzkumny UStav:
balneologli a KlIm gii)
TITLE: Adaptive reaction of the organism to mountain altktudes of 1500-2000 m
'SOURCE: Vojenske zdravotnicke listy, no. 2; 1966, 56-59
TOPIC TAGS: alpine physiology, human physiology, high altitude physiology, high
a
l
titude conditioningi physical stress
ABSTRACI!: A group of 8 mountain climbers was observed for.6 days under physical
Stress in the Tatra Mountains at an altitude of 1500-2000 m. The tests were es-
pecially designed to study kidney reaction. The following substances were measured
at 12-hour intervals; vanilly1mandelic acid (3-metho)w-4-hydroxymandelic acid)@
@ketosteroids, mucoproteins, eosinophile, and dehydroepiandrosterone. On the firstday
-secretion of ketosteroids and low secretion of vanilly1man
high delic acid were ob-
served. A significant rise in vanillylmandelic acid occurred after the second
-motional aisturban
day when the men had suffered a severe'L ce (news of an accident).
Significant changes were observed in the secretion of mucoproteins.. The highest,
Card 1/3 uDc:. .6

27639-66
ACC- NRs-. AP6015119
values were registered the first d4; a.dedrease was observed. in'the following days,
and a sharp drop after return from th e mountains. EosinoDhile values did not cheige,.
considerably during the 6-day stay in the mountains. Dehydr6epiandrosteron was the

1. Deposits of: 'l) vanillyl-
19.
b mandelic acid in micrbgram/hr in 12-hr
-4,

rt, s of urine; 2) neutral 17-keto
po ion
steroids in mg/24 hr; 3) dehydroepiandro-
*
:
sterone in mg/24 hr; 4),units bf muco-
C) .,
,
proteins in 12-hr portions of urine;
3
:5) load in .(The first and last -values

indicate the control.figures taken before
e
:and after return from the mountains.1
ju
a Vanilly1mandelic acid; b
17
-
steroids and dehydroepiandroBterone;@;t
% mucoproteins.

U L
By
Card 2/1

-L 27639--66- ---
I ACC NRi A56-015119

A0/uow00/u,;!/0016/0059
Ail-IJOR: Dolezal Doctor of medicine; Candidate of science);
Yladimir-P&C-tor of medicine)', Luxa, Josef (Engineer) ; F@rbak, Frantisee.; Zemaikova,
Zdcnka'
ORG: Institute of Aviation Medicine, Prague (Ustav leteckeho zaravotnictvi); Rese0di
Institute of Physiatrics, Balneology, and Climatology, Bratislava (Vyzkumny ustav @;ro*
fyzintrii, balneologii a klimatologii)
TITLE: Adaptive reaction of the organism to mountain altitude's of 1500-2000 7
SOURCE: Vojenske zdravotnicke listy, no. 2, 1966, 56-59
TO,'-C' n1pine.physiology, human physiology, high altitude physiology, high
altitude conditioning, physical stress
ABSTRACT: A group of 8 mountain climbers was obser'. @ for 6 days under physicrul
sLress in the Tatra Mountains at an altitude of 1500-2000 m. The tests were es-
pecially designed to.study kidney reaction. The following substances were measored
at 12-hour intervals: - vanillylmandelic acid (3-irethoxy-.!,-,-.ydroxymandelic acid)
ketosteroids, mucoproteins, eosinophils, and dehydroepiandrosterone. On the
secretion of ketosteroids and low secretioj@ of vanilly1mandelic acid were ob-
served. A significant rise in vanillylmandelic acid occurred after the second
day when the men had suffered a severe emoticnal disturbance (news of an accid--t)
Significant changes were observed in jhe aecretion of mucoproteihs.. The hieh_a,-.
1/3 ?me,. 414 np, 'n

values were registered the first day; a decrease was observed in the foilowing-days
and a sharp drop after return from the mountains. EosinoDhile values did not change
conaiderably during the 6-day stay in the mountains - Dehydroepiandrosteron was the
b)
,@Mn
Pig'. 1. Deposits of: 1) vanillyl-"
mandelic acid in microgram/hr in 12-hr'
portions of urine; 2) neutral 17-keto-
steroids in mg/24 hr; 3) dehydroepiandro-
aterone in mg/24 hr; 4) units of muco-
proteins in 12-hr portions of urine;
5) load in %. (The first and lan--.
indicate the control figures o#A :,- i
and after return Xrom the
a - Vanillylmandelic acid; b - 1', -@etL-
steroids and dehyAroepiandrostercne;
a - mucoproteins.
176 -

'e.-.1ed which waz reduced wiLhout regard to physical or emotional
,t.r-r.s (see Fig. 1). The authors conclude that dehydroepiandrosteronocan be used s:@
on -ndex of the adaptability of the organism to altitude. A connection was establiag
between the degree of physical stress and deposits of 17-ketooteroide and mucoprotein.
Vanillyl.mandelic acid was fourd'to be a highly sensitive indicator of emotional atrm
Further research is indicated to learn how the organism adjusts to'altitude when not
under physical stress, and whether the process of adjustment can be shortened lay
repeated exposure to altitude. Orig. art. has: 1 figure and 5 tables. . f Irs

SHURAWV, M.V.; SIAVKIN, B.S., redaktor.
1@11-- - --W@ I
(Methods of dressing wxrface defects In metal] Ketody sachistki
poverkhnostnykh defektov metalla. Moskva. Goo. nauchno-takhn. Isd-vo
lit-ry po chernol I tOTOtnoi metallurgii. 1953. 65 P. (NLU 7: 1 ) -
(Metals-Finishing)

L. V.
"Sub-c-ataneous 0-,-::,rgeno'u't-.era-_oy for Parencl-,V,,,matosus Sov. No. 4, 19LO.
-- acult., 11
-L'b-- - , I , Thcra :mtic CllrO-ic, 2nd K-harlko-v Ned. Inst., -cY949,

'ccot@n'-- . I IV--, i.-:-_ --zdat, 1@4'. C-" ---, r; -
-3 --, t :.-. c:; @ :,@ -r ,.- r -- ta- lu@ @-n@- .@'c - I , -,;,-i
A I i i i -. :ne, t; v D J
@@ 4 @-- - 2 0 -@ I I ),
6 5 4- 7 - 3 5,;,'

VOWVIK, A.; Sl@=,".Omftw
Resources for lovering expenses at mchine-tractor stations per
centner of goods paid In kind. Yin. SSSR 17 no.9:42-48 3 '56.
(NLRA 9:10)
(Machine-tractor stations) (Agriculture-Alconomid aspects)

VOLOVIK, A.; SUVKIN, M.
Analysis of annual reports of machine-tractor stations. Bukhg.uchet.
16 no.1:50-56 Ja 157. (NLRA 10:2)
(Machine- tractor stations-Accounting)

SLAVKIN, V.S.. redaktor; MIKHATLOVA, V.V., tekhnichaskiy redaktor
[Wholesale price list for high grade steel] Preiskurant optovykh
teen na kachestvennuiu stall. Moskva, Gee. nauchno-tekhn. iz4-yo
lit-ry po chernot i tevetnol metallurgii, 1950. 383 P. CHIcrofilul
(NM 7: 10)
1. Russia (1923- U.S.S.R.) Ministerstyo astallurgicheakoy
promyshlennosti.
(Steel--Prices)

V
L 1@ Q.)
BUTAWV, ANDREnV, V-M., professor, retsenzent; NWSZLISHTR&US, G.Z.,
prof., kandidat tokhnichookikh nauk; VIIDULYA, P.I., prof., doktor tekh-
nicheskikh nauk, redaktor; YILIRSON, I.B. [deceased], inzhener, redaktor;
KHASAVMV, N.I., kandidat tekhaichaskikh nauk, doteent, rodaktor; XI-
UNOV. O.V.. in2hener. rodaktor; MIIRKIN. I.L., prof., doktor tekhniche-
okIkh nauk, rodaktor;,RUKAVISHNIXOT, B.S., Inzhener, rodaktor; STAYM..
V.S., inzhener, redaktor; IMUST, A.I., redaktor; HIMY10TA, V-.F.'
t~Anicheskiy redaktor.
[Technology of metals] Takhnologlia metallov. Moskva, Goo. nauchno-
tekhn. Izd-vo lit-ry po chernoi i tovetaoi metallurgii, 1952. 471 P.
[Microfilm] (KLHA 7:12)
(metals)

ZUYEV, M.I.; KUTYGIN, V.S.; VINOGRAD, M.I.; OSTAFEITKO, A.V.;
red
LYUBINSKAYA, M.A.; DZUGTJTOV, M.Ya.; $AFaN 3 aktor;
GOLYATKINA, A.G., redaktor; IMSON, I.M., tekhnicheskiy redak-
tor.
[Plasticity of steel at high temperatures] Plastichnost' stall
pri v7sokikh temperaturakh. Moskva, Goo.nauchno-tekhn.izd-vo
lit-ry po chernoi i tsvetnoi metallurgii, 1954. 100p.
(Steel--Metallography) (MLR& 8:3)

SHLIONSKIY. Mikhail Semenovich: AMCHISLAVSKIVY, Hatan Veniaminovich; SL&V-
KIIT. V.S., redaktor; EVENSOIT, I.M., tekhnicheokiy redaktor I....-MMONO
-am ------I
[A4vanced work methods for finishing metal] Peredovye metod:7 ra-
boty pri zachistke metalla. ?4oskva, Goo. nauchno-tekhn. izd-vo
literatury po chernoi i t9vetnoi metallurgii. 1955. 32 P-OMBA 8:7)
(Rolling mills)

LITOVCHBNKO, Nikita Vasillyevich; SLAVKIN, V.S., redaktor; VALOF, N.A.,
redaktor; ISHPAK, Te.G.. tekhIffEffe"VTFFW-aktor.
[Hot rolling of thick and medium sheets] Gorlachaia prokatka tolstykh
i sradnikh listow. Noskva. Gos.nauchno-tekhn. izd-vo lit-ry po chernoi
i tavetnol metallurgil, 1955. 170 P- (MA 9;1)
(Rolling (Notalvork))

AMCHISLAVSKIY, Natan Veniaminovich; PAVLOVSKIY, Sergey Iosifovich;
. SIAVKIN, V.S., redaktor; VALOV, N.A., redaktor izdatel'stva;
VAYNSIUZYII, Ye.B., tekhnicheskiy redaktor
[Finishing and grading of metals] Otdelka i sortirovka metalla.
Moskva, Gos. nauchno-tekhn. izcl-vo lit-ry po cheruoi i tavetnot
metallurgii, 1956. 151 p. (MLRA 9:9)
(Metals--Finiahing)

SHAFTILI, Naum Izrailevich, Imadidat tekhaicheskikh nauk; SIAVKIN. V.S
- L=w
rodaktor; GOLTATKINA, A.G., rodaktor izdatelletva; BIRLOV, A.P.,
tokhaichookiy rodaktor
[Production of calibrated and coldrolled steel] Proizvodstvo
kalibrovannoi i kholodnokatannot stali. Moskva. Goo. nauchno-takhn.
izd-vo lit-ry po chernoi i tovetnoi metallurgil, 1956. 250 P.
(Steel-Ketallurgy) (KLRA 9:9)

.j oSwVwredaktor; GOLYATKINA. A.G..
GUREVICHO David YakovIevich;-_6
. A@Vgaw"
redaktor Izdatell stva; PSTROTA. N.S. , takhnicheskly redaktor
[Principles of rolling] Oenovy proketnogo prolsvodetva. Kookwa,
Gos. nauchno-takha. tzd-vo lit-ry po chernoi i tsystnot metallurgil,
1956. 254 p (KI8A 10:1)
(Rolling mills)

113
PHASE I BOOK FdMOITATION
AUTHOR: See table of contents
TITLE: Manual of Government Standards and Technical Specifications for Ferrous
Metals (Spravochnik po gosudarstvennym standartam i tekhnicheskim
usloviyam na chernyye metally)
PUB. DATA: Gosudarstvennoye nauchn@)-tekhnicheskoye izdatel'stvo literatur-j po
chernoy i tsvetnoy metallurgii, Moscaw, 1956, 567 pp., 14,500 Copies.
ORIG. AGENCY: Ministerstvo cherpoy metallurgii SSSR
EDITORS: Matyushina, N. V.; Gordiyenko, V. K.; Editor of Publishing House:
Rozentsveyg, YA. D.; Tech. Editor: Berlov, A. P.
PURPOSE: This manual was compiled for design engineers, technologist, economists
and supply specialists to be used as an aid in selecting and ordering
ferrous metals: foundry iron, conversion pig, ferroalloys and steel bars,
sheet, shapes, and vire.

113
Manual of Government Standards and Technical Specifications for Ferrous
Metals (Cont.)
COVERAGE: This book contains data on the most widely-used structural shapes,
listing the basic requirements for production and supply (chemical
composition mechanical properties, external characteristics, marking,
and packingi as determined by the standards and technical specifications
established as of October 1, 1956. The manual deals with general-
purpose types, shapes, and grades used by the majority of consumers,
andd with special-purpose types used by a large number of consumers, It
does not list steel types, shapes, and grades having a narrow appli-
cation in farm-machinery construction, transportation-machinery
construction, in tractor, automobile, and aircraft production, in the
electrical industry, etc., or data on steels for metallurgical con-
version (billets, rolling stock, scalps for pipes, draw-bench tubes,
cylinder tubing, etc.). Shapes and sizes Vnich were not in production
by October 1, 1956, are listed separately.

113
Manual of Goverment Standards and Technical Specifications for Ferrous
Metals (Cont.)
Classification and Chemical Composition 27
Part II. Ordinary and High-quality Steel (A. S. Kaplan, G. N. Kharkovtsev
V. S. Slavkin, Ye. A. Yavnilovich)
I. Assortment.
A. Bars, Strips, Bands and Angles
1. Rounds 40
Ordinary and high-qulaity rounds (GOST 2590-51) 42
Rounds for coiled springs (GOST 7419-55) 42
Rounds for tools (GOST 1133-41) 42
Rounds for high-speed cutting tools (GOST 565o-51) 43
Rounds for files (GOST 5210-50) 44
Rounds for permanent magnets (GOST 6862-54) 44

AMCHISLAVSKIY, Natan Venlamizovich.;; SLAVKIN V redaktor; GOLYATKINA,A.G.,
redaktor izdatel'stva; IMSON, I.K., takhnicheekly redaktor.
[The metal cutter In rolling mills; a textbook for the technical
instruction of workers] Rezchik metalle v prokateykh tsekhakh;
uchebnik dlin proisvodatienno-tokhnicheakogo obucheniia rabachikh.
Koskva, Goe.nauchno-tekhn.isd-,wo lit-ry po chernot I tavetnot. aetal-
lurgii, 1957. 124 p. (MIRA 10:11)
(Metal cutting) (Rolling mills)

AUTHOR: Slav'Kin, V.0. S'-- V!3u-5P,-?-3 5
T I T LE "Removin- Scale from the Surface of 1.1--tal" (Udaleniye
L@
okaliny s ooverk"anosti metalla) New Boot, by V.P. Zhetvin,
F-S. Rakhovskaya and v.I. Ushakov. Published in 10/5?
by 101etallurgizdat.
PERIODICAL: Metallurg, 1958, Br ?, p 48 (USSR).
CD
ABSTRACT: This is a reviemr, on the whole favourable, of the
above book.
Card 1/1 1. Metals-Scale
USCOMM-DC-55404

LOMAKIN, Nikolay Dmitriyevich; SMVKIN, V.S., red.; 07ER I-IWAYA, A.L.,
red.izd-va; ElEMOUN, R-.R-.,-Udkthi@rOd.
LOPerators of blooming mills; manual for training qualified
workers in plants] Val'tsovshchik obzhimnykh stanov; uchab"
posobie dlis podgotovki kvalifitsirovannykh rabochikh ns pro- ,
izvodstve. Moskva, Gos.nauchno-tekhn.izd-vo lit-ry po chernoi
i tsvetnoi metallurgii. 1960. 147 p. (MIRA 13:12)
(Forging)