SCIENTIFIC ABSTRACT KIRTBAYA, ZH. - KIRYAKOV, G.Z.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000722720013-7
• Release Decision: RIF
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• Document Creation Date: November 2, 2016
• Document Release Date: June 14, 2000
• Sequence Number: 13
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

PAVLIS. a. (PATI is, R.I. insh., TKAWSZO, To. Inzh. I ZIRTWA* Zh., Insh.
Using large blocks In building houses In Kiev. Prook. I bud. 1
no.1:34-36 0 159. (KM 131l2)
(Itev-Apartment houses) (Building blocks)

va ".4 r,
llwvidlum
ol
v Iftill
BIN
1 Lote
c -I d err, ." r$

JIRTOKS V.I., inzh.
'-
Modernizing the reverse mechanism on Z-502 and 3-754
excavators. Stroi. i dor. mash. 6 no.6:24-25 Je 161.
(M3RA 34t7)
(ftoavating machinery)

Kl',RTOV.IKIY, 1.
Correlation between a rifle in labor productivity and wles. Izv.A.V
Latv.SSR no.605-42 '63. MIRA 17W

~KIRTOVS M p I. (Riga)
.- --- --
Attitude of the Latvian bourgeoisie to agrarian problems, 1905-1917.
Vestis Latv &k no.6t5-12 160.
Ow 10:9)
1. Akademiya nauk Latviyokoy SSR, Institut skonomiki.
(Latvia-Agriculture)

KIRTSOV, N.
,Establishing technical standards for the multiple machinin Of
machine parts. Sots. trud 6 no.506-80 My, 161. (MIRA l4t6f
(Machinery industry-Production standards)

CZECHOSLOVAKIA
Physiological institute, elf-dical 11aculty, Comrniu~,
~n I ~Vo I US i ~tyl
I~Yziologicky Ustav LFij"K), Bratislava.
"The Importance of Reflexes of the Oral Cavity in ;ia1ivi 6ecr,attion
During Thormal Polypnea Li Dog."
Prague, Ceskosloven3ka FySiOlOfli(), V01 15, 117o 2, Feb. 06, P 74
Abstract: Polypnea cnusos .9ocretion 1)y uxano all r(flj~Xe!j 4n
Lho oral cavity. --,xz)orjp,,njjto wnr(~ conducti-d 1n(hielnr~ r~r,
by infrarod radiatio
n or by ox.) i;,;ent-il ,r)
35) -4 0 " GIn oxperiments with 9 do---s it was found
t".1coia reducod secretion by about 504. :-:xperiviont-- on
showed that traciieal broathinp: cau3e~ similar roduction r _4 n -
onta on 6 dogs showed that denervation of orn! cavity
similar influence. The author boliev(m that 'half of tl.,I!-
is due to reflexes of the oral cavity, and half is influonced by
the CNS. 2 Wostorn roforencos. Slubmittod nli-, th"',, "16 Days of
PhYsiolop,,Y" at Kosice, 29 Sop, 65.
170 -

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USSR General and Special Zoolngyo Insects, Insect P
I and Mite Pests,
Abs Jouri Ref Zhur-Biol,,, No IZ,, 1958,, 54319.
Author : Yatsyna, L. T.1 g1rushev A. 0
Inst :Not Oveno A-zz-~ .
Title iA Chemical Control Method for the Colorado Potato
Beetle,
Orlo Pub: Zashchita rast* ot vredit, I bolezney,, 1957, No 4-46,
Abstract: The station of the Ministry of Agriculture USSR for
the study of the beetle, tested 337 Insecticidal
preparations In the German Democratic Republic.
The most toxic preparations were DDT and hexachloro-
cyclohexane, and also dieldrin,, heptachlorlne,,
aldrin,, preparation Ya-120 , thlophos, dithlophos,
taxonomic preparation No lzo (against the larva of
stage IV), The application of 400 kg/ha* of DD
Card 1/3
14
USSR / General and Special Zoology. Insects, Insect P
and Mite Pests.
Abs Jouri Ref Zhur-Blol,,, No 12) 19561, 54319a
Abstract,% (1.3-dichloropropane-1.2-dichloropropane) secured
complete destruction of the diapausing beetles*
The fumigant A-1-8 from the INOKh (Institute of
Vegetable Raising?] of the Academy of Sciences USSR
was not Inferior to dichloroethane and carbon bi-
sulfide In toxicity, A fine spraying of 200 liters
per hat Is the most effective and the most efficient
method of applying the contact Insecticide, The
best result was prOdOced by the DDT paste (2,Z kg/hat
of the active sub3t8nCe), DDT emulsion was also
very effective against the beetles of the second
generation, The feasibility of using aerosol method
i,ras proven In principle. The most effective period
for treatment Is during the first emergence of the
larva of the III stage, when the larva of the stage I
Card 2/3

KIRUSIDY, A.G., aspirant
Control of the Colorado 1xietle. I"aahch. rast. ot vred. 1 bol.
9 no.7t42-43 164. (AURA 18t2)

- XIRUSHU, A.G.; KMOTKIKH, G.I.
Aerosols against the cutwam Hadena basilinea. Zashch. raot. ot
vred, i bol, 4 no,2t2l Mr-Ap 159. (~MRA 16:5)
(Kazakhstan-Wtvorms-Extermination)

A-THUSM,Alaksey M4khaylwich-,GOLOSOV.. A.., red.; TSIVUNIN, Lp
tekhn. red.
[Maintenance and use of ice roadslSoderzhanie i ekspluatatsiia
lediarWkh dorog. Syktyvkar, Komi knizhnoe izd-vo, 1962. 22 p.
(Roads, Ice) (Lumber-Transportatiori) (MMA 15:9)

KIRVALIDZEt A.Z.
Zone of painfulness to percussion In acute appendicitis.
Soob. AN Grus. SSR 31 no,lt227-231 J1 163, (MIRA 17:7)

i~l 1, 1 i),,.1
ll.actcrlal flora during acnt--~ nVyurdicitin. ~'', ',-*'
32 no.3:(-L7-632 1) 1 0. .~

KIRVALIDZE, A.Z.; TSAGARELI, Z.G.
Changes In intramural nerves of the vermifom appendix during acute
appendicitis, Soob, AN Grus. SSR 32 no.2:455-462 163. (MJRA 18i1)
1, Submitted January 20, 1963#

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U~W/ii~xics Optical Ketbods Oct 51'.
ntl4pe
"Study of Patigue Pheumens, in Uard-Salt NouCCry-
*Uls loy optic Methods," D. B. Gogoberidse, 1. D.
Zbw Tekh Pit" Vol XX, No 10, pp 1255-1261
Referenco 4q made to previous work by 1. D.. Kir-
valldse ("Dok Ak Wauk SWR" Vol XX, No 7/8'.1938).
Transparent amples of bard salt are bent and
fatigue pbenomena studied optically. Double re-
fraction are during fatigue, long before break
191AT101
UM/Bwsica - Optical Metbods (Coutd) Oct 51
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137-58-4-8057
Translation from: Referativnyy zhurndl, Metallurgiya, 1958, Nr 4.. p 240 (USSR)
AUTHOR: ~~irvalidze, I.D.
TITLED The Applicability of the Photoelectric Method of Measuring the
Diffusion Length of Non-basic Current Carriers in Silicon (K
voprosu o primenimosti fotoelektricheskogo metoda izmere-
niya diffuzionnoy dliny neosnovnykh nositel'ey toka v kremnii)
PERIODICAL: - V sb.; Vopr. metallurgii i fiz. poluprovodnikov. Moscow. AN
SSSR, 1957. pp 138-141
ABSTRACT: It is assumed that the reason for the anomalously long dif-
fusion length of Si. as measured by the photoelectric method, is
the incomplete ionization of centers of impurities at room temp-
erature. To measure the true diffusion length in Si by the photo-
electric method, it is proposed to ionize all impurity levels com-
pletely by heating or by illumination. Experiments in p-Si
yielded the following results- diffusion lenth without illumination
Id= 18 mm, with illumination id= 0.9 mm. The latter value was
also obtained at a temperature of 1800C. The fact that the article
is intended for discussion is noted.
Card 1/1 B.Zh.

66338
2+(.6* Z0,7900 SOV/181-1-10-13/21
AUTHORSt lirvalidze, I. D., Zhukov, V. F.
TITLEs On the Po.-taibility of Producing Ohmic Contact on Silicon
by Metal Rubbing During Dry Friction by Means of a Semi-
conductor -
PERIODICAL: Fizika tverdooo tela, 1959, Vol 1, Nr 10,
PP 1583 - 1586 (USSR)
ABSTRLCTi The nickel end contacts were ap3lied to silicon monocrystals
of the n- and p-type (25-8.3 mm ) by precipitation on the
out crystal faces. Strips of Mo, Fe, brass, Snq Tag bronzel
Vi, Cu, and Al were successively applied to the crystal faces
parallel to the end contacts. This was done by metal rubbing
in dry friction after the crystal faces had been purified by
cutting (granulations 200) or etching (10% KOH at 1000C). The
diode characteristics were taken by the statistical method.
A tungsten wire whose pointed or spherical end was pressed
onto one of the metal strips, served as second electrode. The
volt-ampere characteristics are graphically represented in
figures 1-5. It was shown that it is possible to establish
Card 1/2 ohmic recombination contacts without.preparatory cutting and
r

66338
On the Possibility of Producing Ohmic Contact on SOT/181-1-10-13/21
Silicon by Metal Rubbing During Dry Friction by Means of a Semiconductor
scapling. The method permits simultaneous development of two
processes, namely, metal rubbing and the formation of
"disturbed layers". The latter contain a large number of
minute cracks and mutually disoriented microblocks. Good
oRmic contact is thus obtained in the "disturbed layers" on
contact with metals because, as a result of structure defects,
these layers-contain such more-rooombination centers than the
initial surface of-the semiconductor. It is pointed out that
I. V. Durney assisted in measurements. There are 7 figures
and 1 reference.
SUBMITTEDt October 1, 1958
Card 2/2

07916
3/181/6 002/04/04/034
07700 B002fBO63
AUTHORS: Kirvalidz*# I* D., Zhukovp V. F.
TITLE: The Influence of Heat Treatment on the Electric Propertie
of p-Type Silicon p
PERIODICAL: Fizika tvardogo tela, 1960, Vol. 2, No. 4, PP- 571-574
TEXT: The influence of heat treatmeatca the resistivity and carrier con-
otntration was studied on ton single crystals of p-type silicon. The
crystals were grown in rotating quartz crucibles or by zone malting.
Samples 25 x 6 x 3 mm were out from these crystals, polished with
electrolytically produced artificial corundum (granularity No. 280), and
19 tohed in 10% KOK* The samples were heated to 8000C for six minutesp and
then quenched in vacuum diffusion oil. Resistivity was measured by the
compensation method with two tungsten probes* The rs" istivity of all
samples was considerably increased after quenching (Table 1), with a
gradual decrease, at room temperatures Fig. I shows thS course of resistiviV
during 24 hours. This decrease takes place even at 77 K (Fig. 21 , although
it proceeds more slowly. One sample was heated six times to 800 0 and V~
Card 1/2

The Influence of Heat Treatment on the Electric S/18f)8/002/04/04/034
Properties of p-Typs Silicon B002/B063
quenched, and in the meantimeg it was tempered at 1000C for one hour. The
maximum resistivity was found after the second qu8nching (Table 2). An-
other sample had previously been tempered at 1200 C for eight hourej beat-
ing to 800"C and quenching only led to a slightly increSsed resistivity.
The irreversible process occurring on tempering at 1200 C can be attribut-
od to 1) the disappearance of defeats formed when the crystal was grown;
2) lossor acquisition of impuritisel 3) "activity" lose of some foreign atoms
by reaction with oxygene The resistivity of n-type silicon samples in not
increased by heating or quenching. There are 2 figures, 2 tables# and
15 references: I Sovisto 7 American, 5 British, 1 German, and I Japanese.
ASSOCIATION: Fiziko-t*khn1ohssk1y institut AN Gruzinskoy SSR
(Physiootoohnical Institute of the AS of the Grusinskaya SSE)
SUBMITTED: June 15, 1959
Card 2/2

AUTHORt K,irvalidz,9,,,j,6 D.
TITLE: The Influence of Heat Treatment
Force in Cuprous Oxide I%
PERIODICALt Fizika tverdogo tale, 1960, Vol.
81632
S/181/60/002/06/20/050
B006/ "'056
on the Photoelectromotive
2, No. 6, pp. 1152-1154
TEXT: The influence exerted by excess oxygen upon the conductivity and
photoactivity of cuprous oxide is well-known. The present paper describes
investigations of the influence exerted by heat treatment in vacuo upon
the photoelectromotive force in a cuprous oxide surface layer. The method
described already in Refs. 1-3 is based upon the observation of the
plate-current variations 61 in a thermoelectronic triode in which the
grid electrode was replaced by the sample to be investigated. From the
plate-current variation before and after exposure conclusions are drawn
as to the sign and value of the electromotive force. An Hg quartz lamp
served as a light source. The preparation of the samples is described;
seven samples were used for each aeries of measurements. Fig. I shows
A I (in ya) as a function of the duration of annealing (in minutes) of
Card 1/2
X

81632
The Influence of Heat Treatment on the Photo- 8/181/60/002/06/20/050
electromotive Force in Cuprous Oxide B006/ ID056
two series of measurements (annealing at 250 and 2000C). Beat tr-%tment
lasted between 30 and 210 min. Experiments on cuprous oxide produced only
a positive effect of the photoelectromotive force both in ultraviolet
and visibl e li ht (motion of the photoelectrons In the direction of the
light gradients. Such a result has been obtained for the first time by
V. Ye. Lashkarev and K. It. Kosonogova* In the following, the author
discusses several effects resulting from the grinding of the sample
surfaces. Thus, one sample showed a 6 1 of 30.5 pa in ultraviolet light
after grinding as against 24.5 4a previously, whereas in visible light
no effect could be observed. The present method of determining the
photoelectromotive force is suited for investigating the photoelectric
properties of semiconductors as well as the temperature dependence of
the photoeleotromotive force in semiconductors. The experimental scheme
is shown in Fi 2 Fig. 3 shows the result of three successive measure-
ments of ffi(t~lon*one and the same sample in the t-range 100-2500C. As
mentioned in conclusion, I. V. Durnev took part in the measurements.
There are 3 figures and 5 Soviet re7e-rences.
SUBMITTED: August 11, 1959
Card 2/2

V
L L
Plapticity nt' silicon. Fjz. tvofr. Lr!],t
1. Institut fl7lki A14 Gn-.ztr.5kcy Tb!ll.,0.

0'
KIRVALIMR, I D~4-.~AMATADZB' xa'.
- - -,-
Method for measuring the minrohArdness of silicon 3ingI14 crystals.
Soob. AN Grua. S5R 37 no.3059-562 Kr 165. (MUU. 1815)
1. Inatitut fiztki AN Cruz=, TbIlist. Submitted Noverabor 1~ 1964.

4T
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ENTWAAWWWWATI IJP(c) -JD
ACC NRt AP6012506 SOURCE CODE:
AUTHOR: Kirvalidze, lo Do
ORO: Institute of Physics AN GruzSSR, Tbilisi (Institut f4iki,AN
GruzSSWT-
TITLE: Formation of cracks in silic4 ingle crystals
POURCE: Fizika tverdogo tela, v. 8, no. 4. 1966, 1287-1288
WOPIC TAGS: silicon, single crystal, crystal defect, crack propagation
~ABSTRACT: The author c4siders some features of formation of crackn in
%silicon single orystalslunder dynamically cohcentrated loading at room
ftemperature. The testYwere made on plane-parallel octahedral samples
cut from single cry own by the Czoahralski method. The surfaces
were mirror-poliabe,:t truck with falling steel balls. In the case
~Ds
of thin samples, cracks ppeared on the side opposite the 'struck side,
they were several meters long, did not penetrate through the crys-
tal, and made angles of 60 or 120u to each other. When the experiments
.were made with a cube, the cracks likewise appear on the opposite side,
but made angles of 900 to each other. In all cases the cracks were in
the directions. Longitudinal cracks, which diverge in the form
Card - 1/2

L30102-66-
NR&
f rays and which do not penetrate through the crystal., were produced
nly on the side opposite to the struck side. On the struck side, In
oth cubic and octahedral crystals, symmetrical impact-figure cracks
ere produced. The linear section3 of the cracks produced on the impact
'igures were also in the direction. Orig. art, has: 2 figures.
CODE: 20/ SUBM DATE: OqNov65/

TRUBCHENIW, P.A., Inshener; KORMOCHKIN, I.Tu., Inshener; 11HYALIM,
N.S., inshener. ~ ~~1111~'~' %IF
Wider application of tube-beader mills. stall 1-6 no.1:41-43 156.
(HLRA 9:5)
(Pipe. Steel) (Rolling mills)

AUTHORS: _Xk;~valiejqA 11. S. , orobochkin, I. Yu. SOV/32-24-7-32/65
TITLE: A Simplified Method for the Tenting of Metals on Their Boring
Suitability (Uproshchennyy metod ispytaniya netalla na proshi-
vayemost')
PERIODICAL: Zavodskaya Laboratoriyal 1958, Vol. 24, lir 7,
PP- 850 - 054 (USSR)
ABSTRACT: G.G.Pinhchikov, V.S.Rudoy, D.V.Gladkikh and H.S.Yakimenko
assisted in the testa carried out in the laboratory and the
works. A number of determination methods for such investigations
are already known. They are, however, inaccurate or too com-
plicated, as for example the method of estimating the boring
suitability according to the critical prensure at which a
cavity is forned on the sample. With thin method a greater number
of teat pieces in required in order to obtain accurate results.
In order to remove this shortcoming a method was developed,
using conical or step-shaped samples. The critical pressure is
computed from a given equation. After the test the bore-hole
Card 1/2 is uncovered (by planing etc.). By this ncthod values were

A Simplified Method for the Testing of Metals on Their SOY/32-24-7-32/65
Boring Suitability
obtained which correspond to the dimensions of the sample and
of the bore-hole. In order to find the ranCe of applicability
and the accuracy of the method tests were mado with a number
of steel types. The saraples were heated to 12000 for 20 minutes.
The results obtained for t::e different steel type3 are given.
It was found that values obtained from control samples of the
atop-like and the conical type are comparatively close to each
other. However, the latter give more precise values than tie
first. Among other tests comparaLive determinations were carried
out according to a method which was devcloped by the Institute
for Electric Welding imoni Paton AS Ukraine SSR. The method was
found to have a satisfactory ac6uracy. Hence it can be applied
as a standard method for this type of determination with highly-
alloyed and alloyed steels. There are 4 figures, 3 tables, and
6 refet-ences, 6 of which nre Soviet.
ASSOCIATION: Nikopollakiy Yuzhnotrubnyy metallureicheskiy zavod (Ilikopol
Card 2/2 South Metallurgical Tubew3rks)

SOV/133-59-1-15/23
AUTHORS: Rudoy, V.S., Alferova, H.S., Konovalov, V.P., Nesterova,N.N.,
Korobochkin, I.Yu, Kirvalidze. N.8 Dergach, A.Yaand
Yakimenko, .8. :~ ~
TITLE: The Technology of Production of Seamless Tubes from High-
alloy Steels Alloyed with Boron (Tekhnologiya proizvodstva
besshovnykh trub iz vy'sokolegirovannykh staley s borom)
PERIODICAL: Stall, 1959, Nr 1, pp 68 - 73 (USSR)
ABSTRACT: Efforts made in 1956 to produce seamless tubes from high-
alloy steels containing boron BI769 and BI?7O gave
negative results but in 1957 after some changes in the
technology of smelting the metal, satisfactory results
were obtained although there were no substantial changes
in the chemical composition of the metal (%, numerator -
data for 1957, denominator - for 1956):
a Si Ma Or Ni W Ti B
BI?69(Khl3Nl6TR) 0.08 0.55 1 6 1 1 0.81 0.009
I UX7 U M 1~4 i;4-- RS =- M-9-6 U76M
1117?0(Khl3?118V2TR)0-08 0-51 1-58 13-2 19.7 2.34 0.81 0.0023
0-08 0.56 1.-90 14.2 19.4 2.10 0.69 0.0026
Cardl/5

SOV/133-59-1-15/23
The Technology of Production of Seamless Tubes from High-alloy Steels
Alloyed with Boron
The main characteristics of the technology of smelting
metal in 1956 and 195? differed as follows: a) in 1956,
smelting was carried out in a 20-ton are furnace from a
charge containing 40-47% of stainless scrap (the remaining-
soft iron and fresh ferroallols); oxygen 3was used during
melting and oxidising period (500 - ?00 m per heat); slag
and metal were deoxidised before the addition of ferro-
chromium and with the addition of ferrotitanium onto the
metal freed from slag 15-20 min before tapping; b) in
1957 smelting was carried out in a 4.5-ton arc furnace from
a fresh charge containing from 55 to ?8% armco iron and
corresponding ferroalloys without utilisation of scrap and
oxygen; refining under a white slag with the addition of
ferrotitanium, after the removal of slag 8-10 min before
tapping. In both cases the metal was cast in 500-kg ingots.
The quality of tube billets 85 MM in diameter in 1957 was
higher than in 1956. The microstructure of metal in both
cases consisted of austenite with fine intermetallic
inclusions, stretched in the form of lines along the
direction of rolling. Piercing ability of the steels was
Card2/5 tested on conical specimens (Ref 3). The determination of

SOV/133-59-1-15/23
The Technology of Production of Seamless lubes from High-alloy
Steels Alloyed with Boron
plasticity and structure of steels was carried out within
a temperature range 950 - 1 300 C. Both steels were found
to possess a comparatively high plasticity in the
temperature range 9?5 - 1 0?5 C (Figures 1 and 2), higher
than for steel 1Khl8NqT. However, the plasticity of the
latter steel increases with increasing temperature while
for EI?69 and ??0 it sharply decreases. In hot torsion
tests (Figures 3 and 4) the differences in the plasticity
of the experimental steels was more pronounced. The
rebistance to deformation of both steels is simi3w (Figure 4)
but at all temperatures is higher than for lKhl8NqT steel.
In hot torsion tests t~~e loss of plasticity of the experi-
mental steels was less pronounced than in piercing tests.
In theofirst cases loss of~ plasticity was observed at
1 300 C and in the second case at 1 250 OC. On the basis
of the above investigation the following piercing practice
for the industrial conditions was pgoposed: the temperature
of billets before t6e mill 960-980 C, piercing tempera- 0
ture 1 100-- 1 120 0 C, in addition piercing at 1 140 - 1 150
Card3/5 and 1 180 1 200 C was tested. Hot rolling of tubes

SOV/133-59-1-15/23
The Technology of Production of Seamless Tubes from High-alloy
Steele Alloyed with Boron
under industrial conditions is described in some detail.
The results obtained are given in Table 1. The inspection
of tubes after pickling indicated that for steel ZI769,the
proposed piercing practice (temperature 1 100 - 1 120 C)
gave the beat results. A large-scale rolling of tubes
from this steel yielded 90% of good-quality products.
Rolling of tubes from steel BI??O was tried at four
different temperature ranges (temperature beforeopiercing:
920-980- 980-1 000; 1 020-1 040 and 1 040-1 050 C -
Table 25. Optimum resu;ts were obtalned at a temperature
before piercing of 950 C- 95% of good-quality tubes was
obtained. Mechanical properties of hot-tolled tubes before
and after hardening are given in Wable 3. Hardening of
tubes was carried out from 1 100 C. The dependence of the
consumption of energy, power and heating-up of the metal
during piercing on the temperature of the metal before
piercing is shown in kigure 6. It is concluded that:
1) boron-containing steels of austenitic class EI?69 and
BI??O possess a lowered temperature at the beginning of
incipient melting of grain boundaries; their optimum
Card4/5 plasticity is shifted towards lower temperatures; they

BOV/133-59-1-1 2
T4e'Technology of Production of Seamless Tubes from W-2alloy
Steels Alloyed with Boron
possess high resistance to deformation and heat up
intensively during piercing. The resistance to defor-
mation of these steels is higher than of lKhl8N9T steel
which makes their piercing more difficult, particularly
that with increasing temperature their plasticity decreases
(unlike lKhl8N9T steel). The developed methods of rolling
theser'.steels give-quality hot-rolled tubes from RI769
steel without.repairB and from BI??O steel with repairs
which are usually permitted for high-alloy tubes, providing
the metal is produced from fresh charges by the improved
(195?) technology. The results of measurements of power
consumption and heating up can be utilised for an approx-
imate evaluation of these parameters during piercing of
other austenitic steels. There are 6 figures, 3 tables
and 6 Soviet references.
Card5/5

SOV/,~ 3,1- 5 9 -5 -~5131
c
AUTHORS: Plyatslcovskiy, O.A., Candidate of ec nical ciences
and Korobochkin, I.Yu, Kirvalidze, N.S., Engineers
TITLE: Some Now Techniques in the Production of High-alloy Tubes
(Novoyo v tekhnologii proizvodstva vysokolegirovannykh
trub)
PERIODICAL: Stall, 1959, Nr 5, PP 436 - 441 (USSR)
ADSTRACT: A considerable increase in the rate of production of medium-
and large-diameter high-alloy tubes was obtained by
increasing the degree or eL=gation to optimum values during
the first and subsequant piorcing operations. The new
prac:tio.e was based on the folle-wing considerationst
1) Cracks and other doftats which are usually observed
on the Internal surface of piern-jd billets appear not only
as a result of stresses x~tirg on metal in the zone of the
piercing cone, but also du.~ to stressos in the cone of
rolling (in the zone of deformation of metal between the
rolls, mandrel and guides). 2) A deirease in the
non-uniformity of deformatior which is a tharacteristle
feature of piercing, can ba obtainvd b7* applying large
Cardl/3 caeffie,-;Lant of elongation during the f.Lrst plercing in tho

SOV/1.:-3-59-5-i6/31
Some New TechniquGs in the Production of High-alloy Tubes
.-olling section of rolls of t"--e picrcing mill. The
optimum value of the dsg,~-tje of o'~ongatiozx should be
determined for each typo of stool &-il for each size of tube
billets. 3) It is advan-tagocius ~.D concentrate the main
deformation of the metal or. a smaller length
of the zone centazt of metal w-.'tli 4) A decrease
i rA. the volume of the metal unqL11,~.r,;,7,.-%.-tg deformation with
tensila strzases can be obta~.- by using a more closed
pass by & maximum decrer.r-szi -:_i ratia of the distance
between guides to the di:3tvtrr-.,,: betw,-3n rolls, or by an
appropriate shaping of the 5) It is necessary
to decrease the nil ber cf operations and
rahoatings as these havo a influence on the plastic
properties of metal. The !attar oan be obtained by an
increase in the degree of reduction (in conparison with that
reconnended in the literature) at the narrowing part of the
rolls and in front of the mandr-31. The influence of the
degree of elongation on the quality of tubes from steel
_1Khl8N9T is shown in Tables I and 2. The technology of
Card2/3 production of high-alloy ttibes on mills 140 and 400, based

SOV/133-5o~_5_W31
Some Now Techniques in the Production of High-alloy Tubes
on the above considerations was introduced at the
Novotrubnyy Works. The comparative data on the old
(nominator) and now (denominator) practices tire given
in Tabfe 3. With the now rolling practice the output
of the ptill 140 on rolling high-alloy tubes was nearly
doubled and of 400 increased by 10-200%.
There are 3 tables, 4 figures and 9 Soviet references.
ASSMATIONS: UkrNITI and Yuzhnotrubnyy zavod (Yuzhnotrubnyy Works)
Card 3/3

11-49 2) 7- 4!!~ IV,
7
'K" r1',"3' itl-1
ITLE i tr. -)f rlie. mc;jj,~ mj.t,
PKIIIODICALI Vall. 110a), .4, PP 11-1.)
A"TRAM Tl,e a-thor3 ln',~stir,&ta4 power ..I ,:-j or
by tl't vw~ -111 P_-.s 1~
-fillh ..'Ij -h-le rr~!'
q.allty, as r.1.1...: (1)
prealure v4 rolls -as nt~1101 1, p1,., .*.!I ';r
ev IPP-1 with a Xw hp motor. 'Me mill Is r~
fr- tl~ alltoet3til ata'.1 O"j, corl.1-itI7, rolt. .-A
tmbQ 3". ct",&r3tIv"Ij 10" tnnreralt,livs. T i, - 1i-1-:
part of the greovel toplaril rolls 13 ',#1 %,
fr..s-e rogltls lncstalle,l b.t-,.o ho-.,;I,r, a-,--
roll pads so,l os,.111"r,ph M-,' -re -?I.
of varlo,19 sized 9~1 steels (altv, Tatt-le A) ir,
Car'l IA plarlWnt&liy rollel. The Steel
A35M IATIM Httatiow Steel Institlate (uskiivisaty tnst%tu% sts,11).
bouthtrn I'llps Plant 1jughtlatruin" sayo4)
Card 7/f

TRUBCM3MO, P.A., insh,; XOROBOCMN, I.Tu.;. IM I. insh.;
SHVZDCHMJKO, A.A., lush.
Investigating the parameters of the second piercing of specially thin-
walled shells. Stall 20 no.10:922-928 0 160. (MIRA 13:9)
1. TushnotrubVy sayod.
(Rolling (Ketalwork)) (Pipe mills)

XOROBOCHKIN, I.Yu.1 KIRVALIDZEI N.S.; GIADKIKH, D.V.; YESAULOVs A.T.;
ROMARUK~
Accelerating the heating of sta W ago steel ingots before
piercing. Biul.TSIICHM no-4:40-42 161. (KMA 14:10)
1. Nikopollskiy luab trubayy zavod.
(Rolling (Metalwork)) (Steel, Stainless)

POLUKHIM$ F.I.1 OSADCHIT# V,Yaj GOIZWHIK,, R.M.; I ~VALID~L_N.S.
Experimental Uftatigation of the tube piercing process. Uve
vys, ubheb. sav.1 chern. met. 4 no.7188-96 161.
(HIU 34t8)
1, Hookovokiy inotitut staJA i zavods
(Pipe Mille)

POLUCKINO P.I.-, GOLUBCHIX, R.M.; O=HlYs V.Ya.; KIRVALIDZE# N.S.
Methods of measuring the axial forces acting on the mandrel In the
tube reeling proceSSo IZVa Vybv UCheb. zov.; chern. met. 4
no.8:72-77 161. (KIRA 14:9)
1. Moskovskiy Institut stali I Yuzhnotrubnyy zavod.
(Pipe mills)

S/130/63/000/001/005/OOB
Aoo6/Aiol
AU'rHORS: Dergach, A. Ya., Samoylenko, V. D."
TITLE: Improving heat treating conditions for pipe blanks
PERIODICAL: Metallurg, no. 1. 1963, 27 - 28
TM: At the Nikopol' Yuzhnotrubnyy Plant a new method of preheating the
metal in continuous and annular furnaces was brought into use. The metal is
subjected to intensified heating with natural gas when it enters the furnace;
the temperature drops at the furnace end. The temperature of a I X18H 9 T
(lKhi8N9r) steel blank was 1,1600C in the center of.the blank; It was attained
when the blank was approximatelyin the middle of the,furnace, where the metal
was held for an extended period of time at optimum i6mperature.- Under these
heating conditions overheating of the metal was prevented. The specific.dura-
tion of heating was 8 - 10 min/cm of the blank diameter against 6.5 - 7.0 min/cm
previously. Rejects were reduced by about a factor of 1.5 and the efficiency of
the unit increased by up to 30%.
ASSOCIATIONt Nikopollskiy yuzhnotr-ubnyy zavod (Nikopoll Yuzhnotrubnyy Plant)
Card 1/1

AMOVAS Ye.F.1 RUDOYj V.S.; f*IILTCIILIIKWp L.N.; NESTEROVA, N.K.;
Frinizali uchastives 'VASIIMIKOP S.I.; ZUWO 1.1.1 VILIYANS,, O.S.,,;
IAGUTIHA,. R.V.; VMGACH.. A.7a.1 KITANMO, V.P.; KpULI=*j--S-- 11
YAKINWO, N.S.; SMYLENKO, V.D.
Rffect of the method of manufacturing EI847 steel an the uality
of tubes. Stall 21 no.12:1113-13U D 161. (MIU 3-4:123
I* Ukrainskiy nauchno-iseledovatellskiy trubnyy institut (for
Akimova, Rudoyp Shavchenko. Nesterova)o 2. Nikopollskiy
yuzhnotrubnyy zavod (for Vaiailenkop Zuyev,, Villyazw,, Iagutina,
Dergachp Kitanenko, Kirvalidse, Yaldn o. Samoylenko),
Steelp St4inlese-Electrowtallurgy)
Mpe mills-4uslity control)

GULTATEV9 G.L. kwW.tekhn.7iauk;-YEMGLENASj V.A., kaM.tekhzi.nauk;
. YEROXHINP I.N., inzh.;-GkUTSKIY# B.Ma,,, inzh.; DERUCHR A.Taqv
insh.; MVALWv_N.S.q Inzhq NURII"NDv V.1h., insh.
Potentialities of pipe reftation in automatio pipe mills.
Metal gornorudeprome no*503-36 S-0 162. ()aRk 16s1)
1. Ukrainekly nauchno-loaledovatellskiy trubnyy inatitut i
Yushnotrutn" savod,, (Pipe mills)

POLUKHIN, P. I., pror., doktor tekhn. nauk; OSADCHIY, V. Y&., kand.
takhn. nauk; OOLUBCHIK, R. M., kand. tekhn. nauk; MMOVO V. I.,
inth.; AIRULIWAEISA, insh.; TESAULOVj A. T., inzh.;
GLADKIKH, D. V., inzh.; MAVRODIY, P. D., inzh.
Improving the groovin of roughing rons of unit 4o0 plug
rolling mills. Sbor. Inst. stall i splav. no 40:319--.126 162.
- (HiRA 16:1
1. Moskovskiy institut stall i Yushnotrubnyy zavod.
(Rolls(Iron mills)) (Pipe mills)

VOLKOVITSKIT, G.I., dotaentp kand. tekhri. nauk; PISHCHIKOV, G.P.., insh.;
WFEROV., V,M,p dotaento kand. tekhn* nauk; DZTUBAj xr.., insh.;
SAY,, H.F., inzh.; Prinimali uchastiyei SUHZHIKOV, V.A.,, insh.1
KOVALEVAy A.D,,O insb.; TKACHENKO, A.V., inzh.; XIRVALIDZZ, N.S.t
insh.1 GLADKIKHp D.V., inzh.1 TESAULOV,, A,T,, i a M~
Characteristics of producing large-diamter pipe of MLISNIMT
steel. Stall 22 no.6:532-535 Je 162. (Min 16:7)
1. Yuzhnotrudnyy savod (for Surabikovp Kovalevat Tkachankoo
Kirvalidze Gladkikh Yozaulov).
(Pilpe, StO815 (Rolling(Metalwork))

KIRVALIDZEq R.S.1 MGACH,, A.Ya.; SAMYIZNKO, V.D.
Improving conditions of heating a pipe blank. metanurg 8
no.L27-28 A 163. (KMA 16o1)
1. Nikopol'skiy yushnot savod.
(pipe mine) (F~=acesj Beating)

0
ARW14146 S/013?/63/0w/0l2/D03$/DQ35 J
ACCESSION NIRt
SOURCE: RZhe Mat&Uurgiya, Abs, 12D214
6: AVrHatt 03trankop V. Yasj Dfarova Vs Mel Geykop Is Koj'Pechennikoval Is S.1
Lagutinap Re Vol Kirvalidzej We So
TITLEs Hot rolling of pipes from EF30# EP39, and EI993 steals
CITED SOURCEi Sbe Proiz-vo trubo Me, FAtallurgisdat,, vy*pe 9, 1963# 5-12
-A
TOPIC TACSs Steel pipe hot rolling,, pipe steel compoaition, steel pipe rolling
TRANSIATIONo Chemical compositions of the indicated steels to be used in pro-
duction and the mechanical properties of tie tube blanks are given, The Mach-
anical properties of these steels are examined In details The mechanical pro-
pertisa of the pipes obtained are indi ated, and recomendations designed to im-
prove the quality of the pipes are giv:n*for the procedure of their hot rolling,
DATE ACO 09Jan64 SUB 00DEs ML ENCLs 00
Card
..4.4,4.

I,and. tekbv. nwoki
improviiig Wie quality vf plue if high alloy and lcw alloy
lirand ateel, Vot. I Forjirj-jd. prom. no.4:44-50 ji-A..- ,r,4.

(-JRC.i7URKO , ;!. 1. , kand. to khn. nailk: I Y , ; "-)"" I ~ 1 .1 ;
I - - ' *Kr; - . I,..-,- I I Y~i . P .
X07ALINF, 'I.S.; PAIMISHKIII't
0 J A . V. ; 'A " -".), -";. . i , ~ . .. , 1 . ~ '. ,
Extrusion of bimetallic pipe triwle olr ot, ,i ni, ! ';!L. .1
t, , ; --, " ~" * : -~ '.
gornorud. prom. no.6:36-38 N-D 1~4. " - -.1

KO.-KIINIK-liv R.M.9 inzh. 1,
I , KIRVAUDZI. N-:. irzh.; 111zh -
p .?
FRIDMAN, G.Ye., inzh., F.O'iATT7--7'ij,, 'Inzt,.
Eliminatirg high wall thicr',rit-zs vi-J-1.1on3 tn st~-f'!
extrusion on vertical mechanical 6' tA 1 1-, ,T" ~) .n
, I . 4: ~
147-14A F 165. flll--F-~ P - 3)
1. NAkcpol'sk'y YuzhnotruL-nyy

-7
I LW
R&~v3o2lze(,o)lEwA(4)ITLt-~!P(t)lFoT(k) JD
P6 SOURCE CODE: UR/Oi!3T6_6_/6W/003/024B/d250'
AUTHOR: Rudoy V. .(Candidate of technical sciences); Alferova. N. S. (Doctor of
technical sciences) Mlinarich, B. A. (Engineer).; Bogdanova,_T.~.~. (Wgineer);
Sadokov M. (Enxineer); Mel'nichenko, I. F. (E-ngineer); Kirvalldxej (Engineers
-Fd-r-ITenko, h. (Engineer); Onift c.ienkv, M.-P. (FnitineerY
ORC: none
TITLE: Production of tuber from 0Kh20N5T stainless steell
SOURCE: Stall, no. 3. 1966, 248-250
TOPIC TAGS: stainless steel, low nickel steel, stainless steel tube, tube rolling,
hot rolling / Okh2OH5T steel, EP299 steel
ABSTRACT: Technological properties of EP299 (OKWNST) stainless steel and the condi-
tions for tube rolling this steel have been s~qdied. The steel, annealed at 10SOC forl
15 min and air cooled, has a tensile strengtHlof M kg/mm2' a yield strength of
2, an elongation of 46'.-6-%, and a reduction of area of 62.1Z. Correspondin
34 kg/mm 2 9
figures for test temperature at 350C are 32 kg/mm , 39.0% and 69.7%. The steel is
very sensitive to the cooling ratet slow cooling sl-arply reduces the elongation and
impact strength. The plasticity of EP299 steel does not change in the 1100-1250C
range, but Increases sharply vith further increases in temperature and rapidly
increasing content of a-phase, Up to 1250C thq plasticity of X?299 steel is such
i
Card 1/2 UM 621.744.35

ACC Me AP6010136
lower, but at I 15C and over much higher, than that of KhI8NIOT and gj_-U_l teal
The hot wot~~&Ajtllgf EP299 steel must be done at temperatures over 1250C. Th:
howeverT &=a a tendency to stick to guide bars. With guide baraL made from CIS Aeal
(1.4-1.8% C, 16-19% Mn) and piercing done at 1275-13QOC, the tendency to stick was
greatly reduced. The mechanical properties and surface quality of hot-rolled and heat
treated EP299 tubes were satisfactory, and the tubes were suitable for cold rolling
and cold drawing. Orig. art. has: 2 f1gures. (AZI
SUB COM 11, 13/ SUBM DAM none/ ORIC RZFt 003/ ATD PPMSS:fjt~s-
Card 2/2 /:;~N

7. Mollint-67 F.'.;TW/;7.-1P(0/ 7,X4FVT(k) IJ'P(c) JD/JDI
ALC ta, A116031515 NOUKII, C0101: .V11/0303/66 000./004./00-3-5/003-C
1wiloy, V. S. (Candidate of 'technIcal uclence1j) ; C114-kinarev, .1. A. (CandWato
01 LCCh1%iC.11 SCIViW%41); Sukoinilk, 1. ?1.,, Velipa, S. A.; !;4~rbln_ 1. V.; Yermolov, 1. V.;
L_~Iiizh,_V. A.; Derbasov,_K!._I.;Kurilenko,_V...Kh.;.~.WaTfdza._X, S~; Pasternak. N.'
ORG:- none SI?
TITLE: Improving the plasticity of XhlSNIOT Aube steel by vacuum-arc malting 14
SOURCE: Metallurgicheskaya I gornorudnaya promys6lennost', no. 4. 1966, 35-36
TOPIC TACS: austenitic steel,plasticity, pc=u==nt_- vacuum are)
ytmuun -I 'r).7 ; '4"8r.~j A. _rt.005F_ A-A 1'r1V10 r Ore k-4
ABSTR,\CT:. The plasticity -of conventionally arc melted and vacuum arc melted
Kiil&NIOT steel was tested by rolling conical specimens in a piercing mill and by
torsion tests, both at 1000-1300C. It was found that in piercing, the critical
reduction depends primarily upon the a-phase content. Metal with a high a-phase
content cannot be easily pierced at a temperature of 1200C or higher regardless of
the melting method. The content of impurities and gases is of secondary importance.
In torsion tests, plasticity was found to depend mainly upon the metal purity. In-
asmuch as vacuum are melting yields steel of a higher purity, its plasticity is
also higher than that of conventionally melted steel. The Increase of CL-phass con-
Card 1/2 UDC: 669.15-194.621.774.35

L 08947-67
-ACC NRj AP6031515
tent up to a certain limit does not substantially affect the plasddq of xhlexlOT
ateal, but an increase over this limit lowers the steel plasticity* Orig. art* hasu
2 figures. IND)
SUB ODDEN none/ ORIC RID 002/
,,13 SUBM DATIs

KIRVALIDZE, R.I., Cand Agr Sci -- (disa) "Effect or ,
. . . ..................,-
perennial grasses lin the structure and strength ~f--I;
brown '-^ .soils of trie JiukhransbqW Vailey."
fbilisi, 19 rp (M.In of Agr USSR. Georgian Order
of Labor Red Danner Agr Inst) 120 cor)ies (KL, 2~-58, 108)
- 63 -

KIRVD&, Y.P.; JIOVIXOT' V.T.
Device for gas-cutting of frozen ground. Suggested b7 F.P.Krivda,
V.T.Novikot. Rate. I. izobr. predl. v stroi. n0-15:37-38 160.
(KIM 13:9)
1. Pb materialam Tekhnicheskogo upravleniya Ministerstva stroitalletva
USSR, Klyeii, ul.Srardlova. 17.
(Gas welding and cutting) (Frozen ground)

I ., XrRVEL.-M.M., PARAMNEROVAt A.Ye. 9BRMNIKOVA, M.D., AND XWIN~S.O.
"Effectiveness
Being Turned Out by IN," a monograph
Tularemia, 1953 p. 143
of Dried Live NIIW Tularemia Vaccine
extract Effect of Vaccination Against
Translation D 56"

In - m -
B.Ta.3 TUMBIGH, T-A-; XIRM', X.M.; PRMIXOTA, M.N.; XMIN. Mel
KLTSMICK, A.L. "PA41I.W
comparative offectlyqueng of nasal and cutaneous vanwination against
tularemia In experimental conditions. Zhur.mikrobial.apid.1 Immun.
no.8t7l-72 Ag ^54. (XLRA 7:9)
1. Is kafe&ry aikrobiologil (say. prof. Ma.111bart) Minskogo zedi-
tsinsko o Instltut&*
IVACCIUS AND VACCINATION,
*tularemia, cutaneous & nasal admin, in animals, comparison)
(TULAYMNIA, prevention and control.
vaco., cutaneous & nasal admin. in animals. comparison)

~~iKVt-- LI, M-NI.
ILIMT, BqTa.; SIRTILI K K - YALITARIX, B.S.; KVITNITSKATA, G.T.;
. 1: 1, -, i a-- -.2 -JR ki
iz "M
IELD(OVO NIBLN, G.A.
Preventive Immun1sation against tularemia In muscrat breading.
Zhur. mikrobiol. opid. I immuns noolOs99 0 154. (MLRA 8:1)
(TULARSHU--PIMVINTIVI INOCUL&TIOD)
(MEWS-DISIA S)

USSR / Microbiology. Microbes Pathogenic to Man F
and Animals. Tularemia Microbe.
Abs. Jour Ref. Zhur - Biol., No. 21, 1958, No. 95181
jAi~hor KIEZU11, 0-1&. IA.
Inst r.7-m-olensk Medroal Inatitute.
Title : Antigen Structi,re of Virulent 8traina of
Tularemia
Orig Pub : Tr. Smolenakogo mod. In-ta, 1957, 7j 208-215
Abstract : 29 strains of virralent cultures of a tularem-
ic microbe (TM) in the presence of 0- and H-
antigens were investigated by methods of ag-
glutination reaction with immune agglutinating
serum and of adsorption with live suspensions
of microbes heated to 1000 and formalinkilled.
It was shown that no If-antiger. Is contained
in virulent T11. The author thlr0rs that be-
Card 1/2

USSR / Microbiology. Microbes Pathogenic to Man * F
and Animals. Tularemia Microbe.
.I-II)o Jour : Ref. Zhur - Blol-, No. 21, 1953, 110. 95181
aides the somatic 0- antigen, TIA containa
a capaule antigen which needs further sero-
logical study. -- M. Ya. Boyarskaya.
Card 2/2

KIUELI H M
Effect of antibiotics on the course of experimental tularemio
infection in vhite mice exposed to the action of ionizing
radiations. Zhurs mikrobiol.,, epid. i i=nm. 33 no.2:98-102
F 162. (MIPJt 15:3)
1. Iz Smolenskogo meditsinakogo iwtituta.
(RADIATION SICYMM)
(TUIARMIA) (AUTIBICTICS)

KIRVFLI,, M.M.
MuW-Acn of pathugenla Eschf~rll-7hla ur.,i,,r It," ',nfv.,=.(i
of liyalu7onidase. Zhur. m1krul-1wi., ep~dl. -I -'r-,Lun. 41, nn.l.
63, 66 iti 164. MIRA 18-,2'1
1 11 m' -
A. , .,jnakiy metiltsinskly llnO,"at.

TSVETKOV. T.N.; BXLZXA, T.S.; KIRVORUCHKO, N.M.
Relation between the molecular weight and the intrinsic viscosity
of stereoregular polymethyl nothacrylate fractions to benzene.
~Ysokom.sosd. 2 no-7:1043-1048 Jl 160. (MIRA 13:8)
1. Pizicheskiy institut lentogradskogo gosudaretvaunogo
universitata i Institut vysokosolakulyarnykh soyedineniy AN SSSR.
(Methaorylic acid)

MM14017341 BOOK EXPLOITATION S
Granatman, Vsevolod Vladimiroviobi Danilov,, Vladimir Ivanovich X chek,
irya
Andrey Yakovlevich
Industrial contaotless apparatus with discrete action; a survey (Promy*3hlennaya
beskontaktnaya apparaturo diskretnogo daystviya; obzor), Leningrad, IMTP,
1963, 102 p. illus., biblio. 4,500 copies printed. (At head of titles
Leningradskoye otdeleni Obshchestva po rasprostraneniyu politicheskikh i
nauchny*kh znaniy RSFSRf
Series Note: Leningradskiy Dom nauchno-tekhnichoskoy propagandy*. Seriya:
Pribory* i elementy* avtomatiki
TOPIC TAGSs contactless apparatus, automation, magnetic core, automation,, magnetic
logic element,, ferrite transistor logic element,, square hysteresis loop
TABLE OF CONTENTS [abridged]s
Introduction - - 3
Ch. 1. General principles of contactless relay assemblies 5

ZYTNER, DavId Yakavlevich- KIRYACHEK Andrey ~akqylevlch; BM,
*-"' nauchn.red.;
Ta.M., In7b., reFa-ein-en-T p . ]p
VAYTS, V.M... red.
(Automated control of the electric drives of continuous-
line eystemaj Avtomatizirovannoe upravlenle elektroprivodami
pot"hna-transpartnykh sistem. Moak-va, Energlia, 10,65. 207 p.
(ICRA IS: 5)

MYACIIKOs B. A.
"The Effect of Chronic Lead and Tetraethyl-lead Poisoning on the Immunobiological
Properties of the Organism." Kharlkov Hadical Inst., Kharlkov, 1955. (Dissertation
for the Degroe of Candidate in Medical Sciencos)
SO% Khiz!jm~a latopis . 11e. 22j. 1955, pp 93-w5

EXCEMA XMIGA see.17 V01.4/3 Public Health,etc. Mar58
732. THE EFFECT OF CHRONIC LEAD POISONING ON TRE IMMUNOLOGIC
REACTIVITY OF AMMAL ORGANISMS (Russian text) - X i ry a c hk o B. A.
GIGIENA 1957. 8 (30-34) Tables 3
Experimental investigations were carried out on rabbits which were immunized
with typhoid vaccine during a chronic lead poisoning. Under such conditions the
immunobiological reactivity was greatly decreased.
CAaz~, dy WeLA- %L
440

ZIRTAGIN, I.I.
*Xaterial for the study of weeds and cereals of the NakhIchevan
A.B.S.R.0 Sh.G.Dadashav.,Reviewod by I.I.Irartagin. Izv.AN Iserb.
SSR no.9:124 S 155. . I . 1 .1 1 (XLRA 9: 1)
(NakhIcheTan A.S.S.B.-Yseds) (Dadashey, Sh.G.)

IvKOVO A.Dqj;~~YAKIXA, G.K.1 KORIYEV,Yu.N.
Characteristics of anesthesia in regional perfuslon. Ortop.
tmvm. i protez. 26 no.6:36-40 Je 165. (MIRA 18:8)
1 Iz kafedry traymatologil. I ortopedii (nachallnik - prof.
I:L. Krupko) Voyenno-meditainskoy ordena Lenina akademii Lmeni
Kirova, AdreB avtor-ovt Leningrad X-9 Botkinskaya u1., d.13
klinika ortopedii i travmatologii Voyanno-meditainakay akademii
imeni Kirova.

I
I
VVEDENSKIX,, A.A.1 UMHKINp M.I.- GULUKOVAp T.H.j-KIHUUUSwT.
Amonolysis of caproic and caprylic acids to nitrileso Dlasprom4
no,ltll-U J& 162. (MM 15:1)
(Hexanoic acid) (Reptanoic acid) (Nitriles)

KIR'YAKOV, 7,- M.
Kirlyakov, G. M. - "A solution for conditi,)nal ejuations :;j means of approxitrAtions
without compiling n~,rmal e-juations through correlatives", S-,3rnik nauch.-tekha.li
priozvod. statey po geodezil, kartografii, topoprafli, aeros"yeinke i gravimetrii,
Issue 21, l9h~!, P. 59-76.
So: u-4110, 17 July 53, (Letopis 'Zhurnal Inykh Statey, No. 1), 191,9).

67354
000 SOV/154-59-5-11/17
AUTHORs Urlyakov, 0. M., Docent, Candidate of Technical Sciences
~z
TITLE: Position Lines and Their Representation on Cartographic Nets
PERIODICALi Ixveatiy& vyeehikh uchabnykh saveduniy. Geodaziya i
aerofotos"Yemka, 1959, Nr 5P pp 125-136 (USSR)
ABSTRACTs In the present paper, those position lines are mathematicall
treated which are.dependent on an angular parameter (azimuths
and whose family of curves intersect at one point both on the
earth and on the map projection. In order to project the posi-
tion lines onto the map, a double projection is to be carried
out from the terrestrial ellipsoid onto a sphere and from the
latter onto the plans. Only the first operation is described
here. The following scientists took.part in the elaboration of
the various modes of projection of position lines: Professor
X. D. Solov'Xey (Refs 3-5), Professor N. A. Urmayev, Professor
V. V. Kav !L!ki G A. Ginzburg, Candidate of Technical Sci-
enoes (R;f 6), and others. A survey of the cartographic work
was given by N. M. Volkov. In the following mathematical treat.
ment of the projeotionsp the author established the general
Card 1/3 rules governing the variation in curvature of the position

67354
SOV/154-59-5-11/17
Position Linea and Their Representation on Cartographic Note
lines in the case of orthodromio, loxodromic, or stereodromic
projection. With an arbitrary projection of the above-mentioned
position lines (not one that transforms the curves of the
position lines into a straight) a periodic function with a
period Ir results for the curvature, which varies only in do-
pendence on the direction T of the position line. From the de-
termination of the extremes of the curvature it follows that
the curvature function is an even function with first-order
symmetry. Vence, the curvature is satisfactorily determined
within the limits of the azimuth from 0 - 1 for any carto-
2
graphic projection in which the meridians form straight lines.
Nextf the author attempts to find an approximate determination
of the curve from the known length of a position line and from
the curvature at definite points (Fig 6). The resulting formula
allows to determine the running coordinates of the curve (car-
ried out for mean points). The error occurring and estimated
in this representation was found to be within the limits of
graphical accuracy. With the help of the formulas obtained the
Card 2/3 author finally determines the curve from the coordinates of the

4 wn/
SOV/154-59-5-11/17
Position Lines and Their Representation on Cartographic Note
mean points (Fig 7), the rise It of the curvature of position
lines on the map as well as the correction on the basis of the
approximate calculation. The article will be continued in the
following number of this periodical. There are 7 figures and
12 Soviet refervnoes.
ASSOCIATION: Irkutskiy gosudarstvennyy universitot im. A. A. Zhdanova
(Irkutsk State 'University imeni A. A. Zhdanov)
SUBMITTED: January 28, 1959
Card 3/3

3(2)
AUTHOR:
'
Kirfakoir 0 U Docentj Candidate SOY/154-59-6-12/19
6f -T6?jM1*;1
;o1bnces

TITLE: Reference Lines and Their Representation o
PERIODICAL: Isvestiya vyeshikh uohebnykh zavedeniy. Geodeziya i
aerofotos"yemkap 1959, Nr 6, pp 111-133 (USSR)
ABSTRACT: This is the continuation of the paper published in Izveetiya
vysahikh uchobnykh zavedeniy. Geodeziya i aerofotos"yemka,
1959, Nr 5. The 4th chapter of the present article describes
the determination of the curvature in the orthodromic line*
Formulas are given for the determination of the orthodromic
coordinateaq for the determination of the differential varia-
tions in latitude# longitudep and azimuth in the orthodromic
lines, and the general formulas for the orthodromio curvature
in m&p projections are shown. Moreover, formulas are written
down for the orthodromic curvature in length-proservingg
angle-preserving conical, cylindrical# and azimuthal pr6jec-
tions. The determination of orthodromic curvature iWthe
area-preserving pasucLo oy lindrical projection by Sanson is
shown and illustrated by a =.4erioal example. The method of
Card 1/4 plotting the orthodromic line on maps is investigated, and a

Reference Lines and Their Representation SOV/154-59-6-12/19
on Map Graticules
recommendation is made in this connection. An evaluation of
orthodromio properties of map projections is given at the end
of the chapter. A comparative evaluation of these properties
is given by examples. As these properties are determined by
the magnitude of orthodromio curvature, a sXnoptic table is
offered covering the largest and the smallest curvatures in
cylindrical# conical, and azimuthal projections. The Soviet
professors VoV. Kavrayakiy (Ref 4), M-D- Solov'Ye'r (Refs 8P91
10), N.G. Kellft A.P. Yushohenko, and N.A. Urmayev (Refs 215)
have intensively dealt with angle-preserving conical# cylin-
drioal, and azimuthal. projections. These projections are
widely spread in the USSR, especially as regards navigation
mapq, In geodetio as well as cartographic operations the
passage to the now dimensions of the earth ellipsoid(Worked
out by Professor 7.N. KrasovBkiy and Professor A.A.Izotov
(Ref ii)) has already been accomplished. The 5th chapter deals
with the determination of the curvature in the loxodromic line.
The general formulas are written down, and the determination
of the loxodromic and H-index curvature in the case of a
Card 2/4 loxodromic line in stereographical angle-preserving conical

Reference Lines and Their Representation SOV/154-59-6-12/19
on Map Gratioulas
and azimuthal projections is described. The following con-
olusions are drawn: the reference lines intersecting in one
point exhibit general cartographic characteristices The
curvature of the reference lines in map projection serves as
a measure to evaluate the dromic properties of these projec-
tions, By the aid of the method of mean points in the
approximated determination of the curve, the reference lines
can be set up after a diagram. In the case of angle-preserving
conicalp oylindrioalg and azimuthal projections it is necessary
to plot the divisions of the curvature, and the divisions of
the 2nd curvature derivativel the plotting of the orthodromic
line is simplified in this way. The following persons assisted
the authort the collaborators of the Irkutskiy universitst
im. A.A.Zhdanovn (Irkutsk State University imeni A.A.Zhdanov)i
Yu.Y.Knarkeyevich, Read of the Chair of Geometry, Docent,
G-ndidate of Physical and Mathematical Soienceag T.V.Malcmyzh9va#
Assistant at the Chair of Geodesy skid Cartography-,and senior
laboratory assistant GoNaMeffaze4eva. Mention is made of
papers by A.K. Malovichko Oaf 3). There are 3 figures, 10
Card 3/4 tables, and 12 references, 10 of which are Soviet.

Reference Lines and Their Representation SOV/154-59-6-12/ig
on Map Gratioules
ASSOCIATION: Irkutskiy Gosudaretyannvy universitet im. Zhdanova, (Irkutsk
- State University imeni Zhdanov)
Card 4/4

BAUSLIT, I.I.; EIRITAKOV, O.Z.- MUM, V-V-
4
I - .-
Copper hydroelectrme urgy with the use of anodic depolariza-
tion. Characteristics of highly porous carbon anodes and depola-
rivation by sulfur dioxide. Isv.AN Kazakh.SM SerAhim. uo.1%.
21-30 147. (a" 9:8)
(Blootrometallurgy) (Sulfur dioxide)

KIFOYAKOVS 0.
Doc 51
*Stability of Anodes of Lead wA Its Alloys Under
Ilectrolysis of Sulfuric Acid Solutions," G. S.
Kirlyakovp V. V. Stender
"Zhur Prik Khim7 Vol A, xo 12, pp 1263-1273
In search for most stable Pb alloy anodes for
electrolysis of 02804 solns, studied performance
of Fbanodes contg admixts of Ag, Tl, To, Sep Bi,
Cap Aup Rg. Asp Ba. Sr. Sn, mid Co. Most stable
van Fb-Ag-Sn-Co alloy. Discusses effects of dif-
ferent admirts on performuce of anodes.

~ewcbdftistr7 Ileetrolysis, Jan 52
*Axo4e Potentials of Lead and Its Alloys,n G. Z.
Xir'7&kov, V. V. Stender, Inst of Chem Bel, Acs4
gel Kazakh SSR
*Zbur Prik KhW Vol XXVI, No 1, pp 23-29
StyAied effects of different alloying adaixts (Ag,
Pt, Au, Hg, Sn, Co, Ba, Sr, As, Mn) on potential
(utaer electrolysis of H2SO4 solus) of Fb a-Uoy
anode as compared with pure Pb anode. Among other
things, found that potential of most stable alloy
vader electrolysis (Pb-Ag-Sn-Co) in most elec-
traneg, and potential of most unstable (Pb-Au-H4
2o6T3A
/Chemistry - Electrolysis (Contd) Jan 52
in most electropos. Explained fact that small out
of Co reduces potential emd increases stability an
basts that anode surface acts as catalyst surface.
r4

MstAillurgical Abet,
V01. 21 May 19
54
Slectrc
jetetalluriW'and Bleotrochmigtry
=of tb,,'
cam ou
63
anode Pol"'gium in VMV fth. Ph rMM OWM4M
"birlIm" and S. (Wj~ 194 4i ~ by the nwjW If
*1"0 mis the sh W Af.d, 0
Pb V~r afgh, "rods pow" ;LM74
mew " tWWW. A to ON
ft fn aueo bBIq studied, emh fri
evin to A 47ree urfam "W
Short -thick "VIM of II"m of lemmA, Were antirmew
to "IM)OiO Md *(W in
ftww microeftpe.
"rime Pptfttili V-d- vnirs lu
'""Lam buiplam Mtuuftd wilh':
'It'Arclits (Inotftd' ww (80 8,45 w"
bow.Wwilha
Alm of A'0-~' Results aft l'belw laj
'he folk-,as
Couples: P
MLA!.,Pb
snd withmt ggw& polarbt
M Pb "AvIooq
'Aiwa I.OA With
to I
WM a
di'd Of v
prwees pb
MU100-h-Igh ut",theyvate
"bw4um of UN Ofthe
chk1gh 40ti. condwU
their
OWN).
jil . . or thm "Uh
~:Pm-(tWftls 11b in jhk *sj,.
by of Co. aw
wwde mw estoyuc am* P*t,
ouwm m Ww other elect Ift Of two
fees
surf. ."~U'" no
a" and It#
of pb. iiam Xy
vit" of low #d. gire
act("
A"Odk Qw rwft ih* 04. 41%
hm*I 4f t6 th Of 00 bi and N. dbmm 16
0bOkft4I!!!4 M. PI'*- I
. j vfti
IL WO

137-58-2-3534
Translation from: Referativnyy zhurnal, Metallur8iYa, 1958, Nr 2, p 179 (USSR)
AUTHOR: Kirlyakov,"G.,,4,
TITLE: On the Protective Effect of Alloying Substances in Anodic
Corrosion of Lead Alloys (0 zashchitnorn deystvii legiruyush-
chikh dobovok pri anodnoy korrozii svintsovykh splavov)
PERIODICAL: Izv. AN KazSSR, Ser. khim.. 1956, Nr 10, pp 53-57
ABSTRACT: The protective effect of alloying substances in the process
of corrosion of metals not subject to outside polarization may,
in accordance with present-day concepts, be explained by an
increase in the passivation of the metal surface due to; 1) the
development of electrochemical processes induced by cells
(composed of the base and the alloying metals), 2) by the pack-
ing of the protective film by the oxidation products of the al-
loying elements, 3) by change in the structure of the metal due
to the introduction of these alloying elements. Comparative
measurements are presented of the potentials of anodes made
of Pb and its alloys, the effect of the porosity of the protective
film is determined, and the corrosion strength and the dis-
Card 1/2 tribution of current at the anode are measured. It is shown
137-58-Z-3534
On the Protective Effect of Alloying (cont.
that the protective effect of alloying elements is related to nonuniformity
in the structure of the metal base of the anode under the film of PbO21 The
current is distributed between the components of the alloy. The Pb is sub-
ject to a lesser current density, and the rate at which it dissolves dimin-
ishes as a result. In anodic polarization of Pb alloyed by Ag and TI under
conditions in which no protective film is formed, the rate of corrosion of
the alloys diminishes as compare with that of the Pb anode. Ye.K.
1, Lead alloys-4nodic corrosion-Theory
Card 2/2

NOZIoOVSKIY, H,T,; KIRITAKOT' G.Z., Itandidat khisichaskikh nauk; 15131 YAKOTO
L.N., )mnjrffT-t-eInUbsskjkh n&uk,
Vladimir T111gellmovich $tender; on his 6otb birthday and 36tb
anniversary of his scientific, civic, and pedagogical activitiss.
V9stj, AN Usakhe SOR 13 UO,8199-103 Ag 157, (KM 1019)
1. Chlen-korrespondent Akadsmii nauk KasSSR (for Koslovskly).
(Stsuder, Tladisir T111gellsovieb, 1897-)