SCIENTIFIC ABSTRACT MERLICH, B. V. - MERMAN, A. M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001033610019-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: June 21, 2000
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

I
I,Ml LICII, B.'4.; DATSE"KC,
Li tm-1 of Su ', "ur sod ta L or, the R07do I
deposit. 7est, I-Ivc,.f. un. :;er.

H 13. V.
11.3 tu r c., f n
sul 4
Lfu in z: 1
Go su ri va rip F-a n~

MERLICHY B.V.; SPITKOVSKAYA, S.M.
Characteristics of the Upper Neogene igneous activity of deep
faults in Transcarpathia. Geol.sbor. [Lvov] no.9:55-68 165.
( t.'TRA 18:12)
,I

ROVENSKIY, I.I.; IERLIN,, A.V.
NoduLizing the products of the direct production of iron. Obog.rud.
7 no.1:34-36 162. (MIRA 15:3)
1. Mekhanobrehermeto
(Sintering) (Powder metal processes)

GRIGOROYF,V. N.N., inzh.; DROZHILOV, L.A., Inzh.; MERLIN, A.V., iuzh.
Sinter cooling in basin coolers. Stall 23 no.5:385-388 Vq
163. (KIRA 16-5)
(Sintering)

IV
MUM (a cefractaidw of mgmeafte, afta.
A. R Alwitum. I"P*dy A"skckamiyd ( stfamtt"M
KkAf. Nflaw, Aar, IN No 8,
P-93; Ckew-Ah.. Sds 6764-4Z J)dcc 1. ~.,*Ivvtd
in the 11cria"nautt of nuivctitt Wck, Mwesite ptmd4rc,
silica brick. etc , in 3teel-tueltino furnace% are describrii

ye-
CA ter"o,
end
CIO

I I 14MINe
Automatic safety devices for gas-fired furnaces. Gnz. prom.
no.9:36-41 S 1.58. (MIRA 11:10)
(Furnaces--Safety appliances) (Automatic control)

MMMU. A. ye.
Complete autonatization of boiler installations. Gaz.pron.
4 no.1:17-26 Ja '59. (MIRA 12:1)
(Boilers) (Automatic control)

L
ACC NR: A P6 00" 0 5 1:' SOURCE CODE: UR/0-113/66/000/016/0054/0055
INVENTOR: Ivanchuk, 13. IN. Lij2man, R. A. XTerlin, L. XT. Ruvinov, P. Ya.
ORG: none
TITLE: Controlled- frequency pulse generator. Class 21, No. 184934
SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye zflaki, no. 16, 1966,
54-55
TOPIC TAGS: pulse generamr, transistor
ABSTRACT: An Author Certificate has been issued describing a controlled-
irequency pulse generator (see Fig. 1) containing an integrating RC-cir,uit and a
slave blocking-generator in th(- transistor. To increase the frequency stability of
output pulses, a stabilitron ttAb,~~ is inserted in the main tr2nsistor, connected ill
parallel with a charge capacitance. To Increasp the capacity of output pul:~;es, a
source of supplernental emf is connected to th,, collector transistor. Ox",g. art.
has: I figure. [Translation] T
Card 1/2 UDC: 621. 373, 424:621. 3132, 3

L 4?35'1-66
ACC NR' AP6030572
L___C 2Q
Ii 4
SUB CODE: 10/ SUBM DATE: 021Mar65/
2/2 mt
Fig. 1. Contro "led- frequency pulse
,o,enerator.
I
I-RC-circuit; 2-slave block-
ing generator in the transistor;
3-stabilitron tube; 4-source
of supplemental ernf.

KUCKIROV, P.M.; BYKCV, L.T.; KUWULDI, K.S.; MERLIN, V.M.; KUNITSA, N.IL;
KAL'YANOVA. M.L.; PUSHIN, M.I. -
&cparience with th~ prevention of tularemia dairing an extensive epizootic
outbreak in rodenta. Zhur. m-t1crobiol. epid. I immun. 2"a0.8:2-7 te.~'58-
%. 1 :10 -
1. 1z Urallakoy protivochumnoy atantsii I Rostovskog-~ protivochumnogo
instituta.
(TUIAJMIL, prevention and control,
duringg extensive epizootic outbreak In rodents (Rua))

1,ACC W-'W~6034-0-10-- rAl)_~611 iffCdo D 6-u R_/ 0 ~_f3_A'6_116o
'I AUTHOR: Burnashov, V. Kh.; Dzhus, V. Ye.;' Kunets, T. A.; Laboych, V. 04
111aWyer, A. V.; Her ~~n
ORGt none
TITLE: Visual observations of the thermocline in the sea
SOURCE: Okeanologiya, v. 6. no. 5, 1966, 877-681
TOPIC TAGS: tit e rmoc i 1. n. e,0 underwater photography
ABSTRACT: The article analyzes the pansibility of studying the nature
of the thermocline using direct observations and with the aid of under-
sea photogr aphy. The flow to fixed by the path of dve-stuff which to
formed by a releasing a weight colored with fluorescein. This mcrhod,
successfully applied during a number of cruises in 1964-1965, helped
the authors discover the effect of "wedging out of the rate of flow in
the thermocline," i.e., the change in the posit ion of c~he dye-stuff in
the flow has shown that the rate of flow decreased near the thermacline,
reaching a minimum in the thermocline, and then gradually increased
below the thermocline,. Plow directions above and below the thermocline
coincide (visual observations show a discrepancy of not more than 20').
The dyeing of waters In the flow and photographic observations of its
2

ACC NRt AP603401'0
change in space present a more accurate picture of the distribution of
the rate of flow compared to other methods. Such accuracy is especialty
necessary In studies of hydrophysical processes taking place in the
thermocline and at Its boundary* OrIg, art. have .3 figurese
SUB CODEg 08 4/8USK-DATE's 23Apr66/ OTH RM 001

KERLIN 7 S ; KASTYWOV. D.U., Otvatetvannyy redaktor; HARKOV, M., professor,
'-Fiaaktor; SHAIrUGULLIN. A.G., professor, redaktor; ARBUZOV, B.A.,
professor, redaktor; DTUKOV, I.A.. professor, redaktor; NORM, A.G.,
professor, redaktor; PISAREV, V.I., professor, redaktor; ?IKqnffSKkYA,
Y94 I., professor, redaktor; A1MRAKHAMANOV. H.I.. dotsent. redaktor;
KORMOV. D.G., dotsent, rodaktori KHARITONOV, A.P.0, dotsent, redaktor;
KOWBOV, H.T., redaktor; KOIESNIKOVA, Ts.A., starshiy prepodavatell,
rodaktor; ROMINSTUNSKIY. B.P..doteent. rodaktori
[Peculiarity of conditioned reactions in the structure of a voluntary
act] Svoeobrazie uslovnykh reaktaii v strukture volevogo akta. Kazan',
1953. 123 P. (Kazan. Universitet. Uchenye zapiski. vol-113, no-3)
(KIRA 10:3)
1. Rektor univer'siteta (for Kartynov);2rrorektor po nauchnoy rabote
(for Harkor),J.Prorektor po uchabnoy rabote (for StUXU'gullia).
4.3ebm-etarl partbyuro universiteta (for Kolobov)
(CONDITIONED RE.9ftM) (WIIL)

USSR/Medicine Pliysiology FD 238
Card 1/1
Author Merlin, V. S
Title Cbaracteristics of conditioned cutaneous-galvanic reflex in man
Periodical Fiziol.zhur. 2, 155-161, Mar/Apr 1954
Abstract Conditioned cutaneous-galvanic reflex, developed by means of
electrocutaneous reenforcement, was used to obtain a positive
conditioned reflex to visual and acoustic stimuli, conditioned
inhibition, and a delayed conditioned reflex. All types of
internal inhibition fluctuate and correlation between the force
of reaction and the force of stimulus becomes disrupted when
electrocutaneous reenforcement alone is used; extrairritants,
hawever, intensify reaction. Unregulated or slightly regulated
verbal-kinesthetic irritant takes part in the development of the
cutaneous-galvanic reflex, caused only by the electrocutaneous
reenforcement: it disrupts both internal and external inhibition
and alters "the law of force." Tables. Nine reference, all USSR.
Institution Kazan' State University
Submitted June 14, 1952

IUZSR / human and Animal Physiology. The Nervous System. T
Abs Jour: Ref Zhur-Biol., No 99 19581 4175Z.
Author
Inst Not Given.
Title The Dynamics of "Transfer" of Conditioned Reflex
Connections from One Signal to Another.
Orig Pub: Vopr, psikhologii, 1957, No 29 53-67.
Abstract: A conditioned galvano-cutaneous reflex (CGCR) ,,,as
established on verbal and motor reinforcements.
Two pairs of lamps were used as conditioned slgnal:,
in the first series, one pair of which (A) was
reinforced, the other one (B) not. Corresponding
verbal stimuli were applied in stereotypes Aa Bb
or ABba. In the second series - a was reinforced
Instead of A. A full transfer of CGCR from the
first signal system (SS) to the other and vice-
Card 1/3
143

USSR / Human and Animal Physiology. The Nervous System. T
Abs Jour: Ref Zhur-8161*j No 9. 1958, 41752.
Abstract: versa - was noted in 6 experimental subjects; In
2 subjects - on transfer from the first SS to the
second; In one subject - only from the second SS
to the first. The transfer from one SS to the
other occurred more rapidly and was stronger and
more constant with the application of the stereo-
type AaBb, but the differentiation of A from B and
a from b under these conditions was more difficult.
The transfer was more difficult with the stereotype
ABba, but the different!ation was more easily
elaborated, CGCR occasionally occurred earlier
with secondary stimulation than with the principal
one, Alternating of CGCR in responss to either
Card 2/3

KEMLIM. V.S.
-1--Ifew textbook of psychology ("Psychology"; textbook for pedagogical
institutes edited by A.A. Smirnov. Reviewed by V.S. Merlin). Vop.
paikhol. 3 no.4:171-177 JI-Ag '57. (KIB-4 10:9)
(Psychology-Study and teaching) (Smirnov. A.A.)

mmum, V. S.
Method amplo7ing the galvanic skin response in testing features
of the common t7pe of nervous activit7 in man. Vop. psikhol. 4
no.5:159-162 S-0 158. (MIRA 11-12)
1,Permaki7 pedagogicheski7 institut.
(Reflexes)

s 'r'-
ll-~t t -

!S&M,2Z,S, Prof., red.; PSHENICHNOV, V.V., dots., zam. red.;
SMIRKOVY K.I.J. dots.0 red.; PENSKAYA, A.V., kand. pednauk, red.
(Problems in the psychology of personality and the psychology
of work] Problemy psikhalogii lichnosti i psikhologii truda.
Pem' 1960. 201 P. (MIRA 16:6)
1. Perm'. Gosudarstvennyy pedagogich-skly institut. 2. Permskiy
pedagogicheskiy institut (for Merlin).
(Personality) (Physchology, Appliodl)

MMUNO V.Se
Features of the cutaneous-galvanic index of the the conditioned
reflex during the presence and absence of the orienting component.
Zhur. vys. nerv. deiat. 10 no. 5:669-675 S-0 160. (MIRA 13:12)
1. Permskiy pedagogicheskiy institul..
(CONDITIONED RESPONSE)

I-T Rli -11 "1 i , V . -,-' .
What arJ how 9~,cj,;Id one teach to the fu'i,re psychr;!OF-, tea-,-.e,-s
~ I
vou. ', n,-. ~-: l4i-146 N-L 1; 4
, psi"no! . " - I I
lx'R~, -F.-
" ~ - ~ - 41
1. Pprmisle-,'y pedagogicheskiy institut.

SOV/129-q8-12-2/12
AUTHORS: Borzdyka, A.M., Doctor of Tecbnical Sciences and
-_gerlina,_A.V., Engineer
TITLE: Heat-resistant Properties of Complex Alloyed Ferrite
(Teploustoychivyye svoystva slozhnolegirovannogo ferrita)
PERIODICAL: Metallovedeniye i Obrabotka Metallov, 1958, Nr 12,
pp 10 - 16 (USSR)
ABSTRACT: The properties of alloyed ferrite have been studied so
far almost exclusively at room temperature and almost
no data are available on the influence of individual
alloying elements on the strength and plasticity of the
alloyed ferrite at elevated temperatures. A paper on
this subject was published by Austin, John and Lindsay
(Ref 5). The influence of some elements (Mo, W, Cr, Mn,
Si, Col Ni) on the creep resistance of ferrite at 425 OC
is graphed in Figure 1. Somewhat more information is
available on the influence of various hardening elements
on the high-temperature resistance of steels containing
11-14% Cr (Refs 6 - 8),. Since the published results
relate to alloys containing about 0.1916 C, they do not
reflect the relations pertaining to alloyed ferrite in
the pure state. The authors of this paper considered it
Cardl/5 advisable to investigate the heat-resistance properties

SOV/129-58-12-2/12
Heat-resi6tant Properties of Complex Alloyed Ferrite
of complex alloyed ferrite. The results are described which
were obtained on two steels which are most characteristic
as regards the ferrite structure and contain Cr, W, Mo
and Nb; the composition of these steels was as follows:
C Si t"M Gr W MO Nb
KhZMV 0,020016 0.08% 0,42% 2.80% 0.32% Oz38% -
KhZMVB 0.015 0,30 O~41 2.91 0.40 0.45 0,39%
Both steels were smelted in a laboratory induction furnace
of 30 kg capacity and forged into a square rod of 18 mm.
The microstructure was investi-a8ed after heating to
750 - 1 200 C with steps of 56 C and various cooling
speeds. Some of the obtained microphotos are reproduced
in Figure 2. In Figure 3, the hardness is graphed for the
investigated steels as a function of the heating tempera-
ture; in Figure 4, the change in the hardness is graphed
as a function of the tempering temperature for a hardness
after hardening of 255 H-B . The results of the phase
ana-ljsis, entered in Table 2, indicate that the steel 0
KhZUV conta4ns., after hardening and tempering at 00 C1
Oa,d2/5 negligible quantities of hardening elements (O.O?Olo W and

SOV/129-58--2-2/12
Heat-resistant Propert-es of Complex Alloyed FerrJte
0.05% Mo) and these quantities are distributed approximately
equally between the carbide and the inter-metallide phases.
The steel KaZMVB consists of a solid solution, 'at inte r-
metallide and a o~arbonitride phase. The major part of
Nb (55%) goes into the intermetallide compound, 20% in the
carbo-nitrlAe phase and only 25CIo into the solid solution.
The Fe and Cr are in the solid solution the W and Mo are p:e-
dcminaitly intbe so-bd solutioa (87,,%W and 88.joio~.Tensile tests
were car ed out uLL bpt-ciaiens wiun an active length of
50 mm an~~diameter of 10 mm;, thereby, the materialowas
hardened from 1 150 -- 1 200 C and tempered at 600 C. it
can be seen from Table 3 that the steels had a good
combination of h-'Sh strength and ductility; additional
alloying with 0.4916 Nb does not alter substantially the
mechanical prODerties at room temperature but it reduces
appreciably th7e impact strength at that temperature.
The results of long-duration strength tests at 500 0c
(up to 6 000 hours) arg graphed in Figure 5. The results
of creep tests at 500 C are grOed in Figure 6. In
Figure ?, the impact strength 9d the hardness are graphed
for steels t.6's ted at 200 C,as a function of the
Card3/5

SOV/129-58-12-2/12
Heat-r.-sistant Properties of Complex Alloyed Ferrite
duration of holding the specimens at 500 0C prior to the
tests. The following conclusions are arrived at: the
investigated complex alloyed ferritic steel possesses
favourable mechanical propertiesoat room temperature as well
as at temperatures of 500 - 550 C;o as regards, their
high-temperature properties at 500 C, the investigated steels
are as good as certain high-temperature steels of the
pearlitic class; introduction of 0.4$/ Nb into Cr-Mo-W
steels brings about a further increase in the creep resis-
tance and long-duration strength and this is attributed to
the presence of Nb in the hardening phase; an unfavourable
feature of Nb-contai-ning ferritic steel is its slow
impact strength at normal temperature and also its reduced
ductility undep conditions of long-duration tensile
stresses at elevated temperatures, which is apparently due
to the presence of Nb intermetallides.
Card 4/5-

SOV/129-58-12-2/12
Heat-resistant Properties of Complex Alloyed Ferrite
There are 7 figures and 5 tables and 10 references,
9 of which are Soviet and 1 English.
ASSOCIATION: TsNIIChM
Card 5/5

AOC)-,IAOOI
ranslation from. Referativnyy zhurna' , Mashinostroyenlye, 1960, No ;D-(), p, 17,
109543
AUTHORS Borzdyka, A. 1M., Merlina, A, V.
IV
TITLE, An Investigation of the Thermal Brittleness of Chromium Steels
PFRIODI V z-b.,, Metallovedeniye 4 term, obrabotka. (Distal "', 1958, Prilozh.')
Moscow, 1959, Pp. 136-146
'TEXT - Twenty experimental meltS of s*.~els with 3, -5, ani 122% Cr were invest-
gated, which were alloyed additionally by various elementz, :t turned out that
steels with 3 and 5% Cr are ready to thermal brittleness after extended heating a?
500-560'eC. Alloying steels witft, 3% chromium, Zr, Ti, and V, as well as steels
with 3.5 and 12% Cr, W, and -b does not eliminate *,heir disposition to the-mal
brittleness. The complex alloying of chromium steels t~y Mo ard W, as well as ty
Mo, W, and Cb makes them. 'unsus-ep-tible -.,3 thermal brittleness witi-in th,~ invest,,-
gated temperature range, and increases simultaneously the resistance to heat
There are 14 references. B. A, M,
Translator's note- This Is the full translation of the orlIgInal Russian abstract,
Card 111

AUTHORS: Meriina, A.V. and Borzdyka. A.i'11.
TITLE: The Structural Stability and Properties of k~ieat Resistant,
Chromium 3teels (Stabii,nost, struktury J- svoystv
teploustoychiv-ykh khroai.stykh staley)
PERIODICAL: Stal', 1959, Nr 2, pp 16G-16r- (1jSSR)
-11
.LBSTRACT: The influence of a prolonged action of high remperature
and stresses (or of temperatuxe alone) on the microstr-ict,,.~:-
and the distribution of alloyi-ng elements between solid
solutions and carbide phases as well as on the mechanical
properties (including creep) of chi-omium steels was
investigated. Steels containing 3., 5-6 and. 12% of
chromium and additionally alloyed with molybdenum, tungs-ueri.
var-adium and niobium. (table 1) were studied. The
investigated steels with 36,~, of chromium can be used for
tubes operating at high pressures and temperatures up to
9000C (in part-icular cases in the atmosphere of hydrogen)
and steels with higher chromium content may operate in
strongly corrosive media. The results of analysis of tlie
carbide phase of steels with 3f, of chromium determined
1/3 after hardening and annealing and after creep tests are
Card shown in table 2,1 the mic-rostruc-ture and --.reep curves i_,.

-z UV / 13 3-5 ~~, - -, 2 - 23 IL 6
The Structural 13tabilit7j and Properties of Heat Resistant ChLromiuz,
Steels
figares 1 and 2 reSpt-jC4- I
3 "y ~;imJ r data Gli t~-e --;ar~. J6
phase for steels containing 6% oiir,--mitim are qi,.-en am
table 3 and for steels wjt~i 12~1'~ ,:.hr=!um in tatle 4.
The dependence of hardiness and im-pa-,t s-~Trength on the
duration of heating of steels Mh5VF at 1500cC and
Kh5lffl' and Kt'5hiVBF at 5601C are shown in figures 3 and 4
respectively, It is conc-luded th~at: 1) the r-etention of
heat resistant properties rf tae cb-romilim steels
investigated, under ser-,-ic:e c;ondirions depends on their
structural stability, dire-3tly related with the thermal
stability of the carbide phase and on the toughness of the
solid solution. The p--r.,,--sen(;e of thermally stable finely
aispersed and uniforin-Ly distributed i-anadium carbide
(in steel Kh3lArF) partif~ularly together vvi-,h niobium
carbide. (steel Eh3iAVFB) effe,,.-~Ively irizraases uh---
stability of stru,-1-ture and properties; 2) a lower
structural stability a-nd insuffi3ient he-at vesistance of
steels with 5~~, chromium can be explained by the.
Card 2/3 predom-inance in the carbide phase of ch-rom ium carbide of

'1-JV/l 317. -59,2'.-20/26
The Structural Stability and Properties of Heat Resistant '-'aronLLIL'.
Steels
a type Cr, Fe, W Mo)?C3:1 the thermal stabilituy of whic' 4~
insufficient, particularly at 500OC; 3) in steels
containing 12% of chromium the main component of the
carbide phase is chromium carbide of a type (Cr. Fe,
W MO)2~C6 the thermal stability of whic-h is higher than
that o carbide of the type C' In this Uoup of sueels
c~G3-
the highest stability of stru ure and properties has
Khl2D1'VbF steel, the niobium. content of which is aompletely
transferred to the carbide phase with a corresponding
decrease in cha~omium carbide. In this way a decrease in
the content of chrcmium, tungsten and molybdenum in the
solid solution of the steel is prevented. There are
4 figures, 4 tables and 5 references of which 4 are Soviet
and 1 Bnglish~
ASSCMTION: TsNIIMM
Card 3/3

SOV/129-59-5-10/17
AUTHORS; Cand.Tech.Sci, Z.N, Petropavlovskaya; Dr.Te.-A-1,Sci
A.M. Borzdyka; Engineer A.V, Merlina
TITLE: Relaxation Stability of High Chromium Steel
(Relaksatsionnaya stoykost-' vysokokhromistoy stali)
PERIODICAL: Metallovedeni e i Termicheskaya Obrabotka Metallo,.~.
19 C~
59, Nr 5*, pp ~'~--50 + ! plate (USSR)
ABSTRACT: The results are described of investigations of the
process of relaxation of high chromium semi-ferritir
steels (0.10 - 0~15,%' C 10 .. 12% Cr; 0.3 - O~6% MQ)
as a fanction of their degree of alloying and their
phase state, The wo-rk hardening was effected by aliaying
of the base alloy vith vaDadium, tungsten, molybdenom
niobium and nickel. To detect as fully as possible the
influence of these elements on the relaxation stabllity5
the experimental melts were sub-divided int.-D fO'Ur gTCUP.2-~
see Table 1. The metal was produced in a 50 kg capac.ity
induction furnace with a basic; lining from a charge
consisting of chemical iron and pure ferro-alloys. The
relaxation tests lasted 1.500 to 4000 hours and thesp we're
carried out at 550 to ~65 0C w1th an initialL sper-i-fi-.
Card 1/3 load of 25 to 30 kg/mm2, The relaxation stability was

SOV/129-59-5-10/17
Relaxation Stability of High Chromiwn Steel
judged from the residual stress after 1+000 hours, For
most heats this magnitude was determined experimentally.
The influence of individual alloying elements on the
relaxation stability can be judged from the graphs
(Figs 1-4). Table 2 gives the phase composition of the
steel from the melts investigated in the experiments.
The following conclusions are arrived at: 1) Additional
alloying of steel, containing 0,15% C, 12% Cr, and 0.5%
Mo, with vanadium (up to 0.)+%), tungsten (up to O~8%) and
niobium (up to 0.8%), introduced separately or together,
brings about an increase of the relaxation stability of
the base alloy. From the point of view of increasing the
resistance to relaxation the most effective measure is to
add simultaneously all the three elements. 2) The
relaxation stability of the investigated steels depends
to a great extent on the quantitative ratio of the
structural components (sorbite and ferrite) and also on
the degree of hardening and the stability of ferrite.
In order to obtain a high relaxation stability, alloying
Card 2/3 0f high chromium steel should ensure a high strength of
the ferrite and the highest stability of the ferrite and

SO V/129- 59- 15-10/17
Relaxation Stability o.,F' High Chromium Steel
carbide phases. 3) For "fastening" components
(fittings) which are required to have satisfactory
relaxation properties at 565 oc., steels of the following
two compositions are recommended; (1) 0.2% Ci 12% Cr;
0-8% Mo; 0.3% V; O~8% Nbg and (2) 0.2% C; 12% Cr;
0.5% Moi 0.4-% V; 0,5% W and 0.%70 Nb~
Card 3/3 There are 4 figures, 2 tables and references, 4- of
which are Soviet and 2, English.
ASSOCIATIONS: TsNIITMASh and TsNIIChM

KMMIIA, A.V.; BORZDYKA. A.M.
Structure stability and heat-resistant properties of chrordun.
steela. Stall 3-2 -no.2:160-165 P '59. (MIRA 12:2)
1. 75antral'nyy nauchno-iseledovatellakiy inatitut chernoy
metallurgii.
(Chromium steel--Thermal properties) (Hetallography)

29i,r)9
vi 3
A063,/A l)
AUNORS Pridarilsev, M. V., Merlina, A, V
Effe,-t o'" barium and calclim jorn ~ne
F EK. 0'- --A-1-. Beferativnyy zharnal, Me-,ailurgiva, no.
t"Sb. tr. 'sentr. T,.--,. ,n-~ -he-noj mi- a IL ~.i rg
g .
349 - 357)
-EXT. --t wa~ est-ItLished that Ei~ a-nd Ca n.:Ive a
me2t~an--tLl ~rara,teristics ax,d heat-~esisla-,.,~t? of' r'-Ahromez, -t1,
reslstlv'~V, temperature coeffl--lent of
the mesnanical charac*erlstics were sf-Aii-d or, w1re spe, ime--~z )f ~hp
X!51EO and X2(H8O (Khl5N60 and Kh2ON80) with admix-,,jres D! 5a - T,
Ca 0.2 - 0.6%, The admixtures of Ba raise the "tenacl*.y" by -i
and those of Ca. - by a factor of 4' - 6. The effect of Ba and Ca is r,~.ateci
their action as reducers raising the gurlty of' the al-loy, a', 'he
grain bo'..indarles.
Kishene"Skly

q. -1 f 0 0 000/1 //,--3 /115-e1)
It. 11 ~()
AUTHOR: Merlina, A. V.
29470 3/137/61/000/008/035/037
A060/A101
TITLE: Effect of silicon and manganese upon the properties of resistor
alloys grades X15ET60 and X2OH8o (Khl5N6o and Kh2ON80)
PERIODICAL: Referativnyy zhurnal, Metallurgiya, no. 8, 1961, 22, abstract 81179
("Sb. tr. Tsentr. n.-i. in-t chernoy metallurgii", 1960, no. 17,
358-365)
TEXT: A study was made of the influence of Si (up to 1.2%) and Mn (up to
1.5%) upon the basic operating characteristics of high-temperature resistance
alloys grades Kh15N6O and Kh2ON80. Measurements were carried out of the electric
resistivity and its temperature coefficient in the temperatures range 20 - 1,10G0
C, the yield strength and & at room temperature, and also the "tenacity" of the
alloys was estimated fromothe time of their exploitation up to the burr-through
moment %t 1,100 and 1,175 C for, Kh15N60 and Kh2ON80 respectively. The investi-
gation was carried out an wire specimens 0.6 mm diameter, It was established
that alloying with Si improves the mechanical characteristics and raises the
resistance of both alloys. but the "tenacity" is increased only for Khl5N6O.
Card 112

29h7()
S1 137/6 ll()C)rl(:,C, 8/r, '15/C. --17
Effect of silicon and manganese A060/AIOI
The admixture of Mn within the limits of the grade composition lowers the ffb and
U of Khl5N60, whereas the 6b of Kh2ON80 is raised and its 8 drops. The eleutrical
resistance of both alloys increases as the Mn concentration iS raised. The
effect of Mn upon the "tenacity" was not investigated.
A. Darililn
FAbstracter's note: Complete translation]
Card 212

S/:37/~ I
nco
Mer'ina, A.
91-~h:-ome-aluminum alloys for elc-~rlc resis-ors
-AL. -fera -1 at
rL_ j~ ir-y,., zhirna', Me tal I-irgiya, no. 8, ~ gi 1, 22,
36 5- - 3 85)
17,,.l 't, ing tieaper n!-n-:,.Tr- .,f
E_ p(JSS, I Was st-ciled of produ
1.ng An investiga* ion of the mechani-ral
tempera.
E!, mi-rostruc',,re, eLec7rical resistan e, --re e:o-ff, -,e--
01 the alloys has 8i-~own ,hat the 24-A
a ,~:Y_z X--,Hbrj a-rid X~~H40 'kKhlr-N60 arid Khl~N40) is analogo,~c ro -ne
o~ these !illoys r,,y 20% -he aL'lr)y '~:5EISJO-2
;al~7- -,pla-ment for nI(:nromeX2oH8c) (Ki,2o~iBo) is a heatl,%g
no'e. ~-OMP194.e
~ra %':

S/137/&VOOQ/O04/116/2O1
A052/A101
AUTHORS: Borzdyka, A. M., Petropavlovskaya, Z. N., Merlina, A. V_.
TITLE: Relaxation-resistant chromium steel for fasteners of steam turbines
PERIODICAL: Referativnyy zhurnal, Metallurgiya, no. 4, 1962, 53 - 54, abstract
41316 (V sb. "Issled. novykh zharoprochn. splavov dlya energetiki".
Moscow, Mashgiz, 1961, 141 - 150)
TEXT: As a fastening material for steam turbines with the temperature of
steam of 565 and 5800c, 20 X 12 M 86~P (2OKh12MVBF) Cr-steel can be used. This
steel is recommended for fastening steam turbine and boiler elements made of
)~!802 (E18O2), 15A 11J1(15Kh11L)' and other type steels. 20KhlaWBF steel after
oil hardening at 1,1500C and tempering at 680 - 7000C has a sufficiently high re-
laxation resistance and a long2time strength at 550 - 5800C and shows no sensi-
tivity to notches. The residual stress value after 10,000-hour testing of ring
samples of this steel at 5650C corresponds to the technical conditions for fasten-
ing materials and is equal to 10 kg,/mm2 at Cr . 30 kg/M2 and at 5800C It amounts
to 9;5 kg./rmn2. 0 T. Rumyantseva
[Abstracter's note: Complete translation]
Card 1/1

/I So
39629
S/129/62/000/007/004/008
E193/E383
AUTHORS: Petropavlovskaya, Z.N., Candidate of Technical
Sciences, Borzdyka, A.N. , Doctor of Technical
Sciences and Norlina, A. V. , Engineer
TITLE: Properties st eel X12~- 9 9 3
(11,hl2V',%L!13FR(L1993)) with a high relaxation stability
PERIODICAL: Metallovedeniye i termicheskaya obrabotka metallov,
no. 7, 1962, 34 - 37
T F-XT The steel Xhl2V,%IBFR (composition, c~: 0.17 C, 0.34 Mn,
0.22 Si, 12.6 Cr, o.4o mo, 0.70 W, 0.25 V, 0.5 Xb, 0.10 Ni) has
been developed as a relaxation-resiszant material for service at
temperatures up to 600 0 C and the object of the present investi-
zation %..,as to study the effect of several factors on its mechani-
c--! orooertles. The e,--perimerits were carried out on samples of
laboratory and industriai-scale m&s, both i-rith and i-ritiiout
boron additions. N.To difficulties urere experienced in fabricating
0C hot rolling at
this .5teel (hot forging at 1 150 - 850
1 200 - 850 OC). The optimum hardening procedure for both
B-bearing and B-free specimens vras holding at 1 150 0C for
Card 1/4

Properties of .... E193/E3831
30 rain and oil-quenchin-. TI-ic temperin_c, temperature was chosen
from data on the effect of temperinZ temperature on hardness of
the steels studied, after which the effect of various heat treat-
mencs, entailing; temperin.- at 650 - 720 0C wit'a or witl-.out sub-
sequent ageing for 3 000 hours at 600 0C,0on the mechanical
properties of tnese steel's at 20 and 565 C 0..!as determined.
Stress relaxation -.-ras studied at 550 - 609 C on ring specimens
under an initial stress of 30 or 35 kglmn tne ~juitability of
various specimens for hiZIn-temperature service was assessed from
results of these experiments e.-c-trapolated to t = 10 000 hours,
~-.`iich repIresents the time between major overl-lauls of boiler and
steam-conduit plants. 0 Finally, the stress-to-rupzure of the
steel at 565 and 6oo C was determined on botin stuooth and notclied
test pieces. Several conclu5ions i-,ere reac:-,ed.
1) Steel Khl2")-i,!BFR has a high relaxation stability and creep
resistanca at 550 - 580 OC. After 10 000 ',ours the initial
t ' 0
stress of 50 ks decreases to 1.0 - 12 icg/mn at 565 C and to
at 580 OC, ti-.c streas-to-ruPture in 10 000 hrs
10 kg/mn2
Card 2/4

s/129/62/000/007/004/008
Properties of .... 193/ E38,3
0 2
at 565 C amountin, to 26 - 28 lcg/mm
2 ) Tae best combination of mechanical Droperties both at room
and elevated ten-)era-lures is achieved after a heat-treatment
w%hich entails 0oil-quenching from 1 150 C and - hours temnerin3
at 63c - 700 C; typical Values obtained after this treat.-.,ent
are given b el oi-,r:
2, UTS 2 Elon~- Reduction Impact
Yield pt strength,
kg/mm. kr/mM, atio in area,P/ r ---. I
At 20 -C
In
0
1150 C 79 95 111.0 52.0 6.o
Te.,.,I?erin,
650 OCO At 565 'C
A.-i 11 e -- In
1150 oc
Te:-.,,-)e~-ing 55 59 16.o 65.0 14
650 oc
Card 5/4

5/l2q/62/00O/0O7/OC4/0V-0S
Properties of .... F,195/E383
3) The mechanical properties of steel Kh12VMBFR are not affected
0
by addition of B. Prolonged (3 000 hours) a--eing at 60G C brin&s
about a slight decrease in tae strength of -k. his steel which,
;'owever' is still above the specification limit
('YO. 2
'I Steel Kh12V~2FR can be reco=iended as material suitable for
bolts and pins used to join or secure various oarts of stea:.-.
turbines and boilers made of ferritic. and ,-.iarte:-sitic steels,
,-,rovided that tne thermal-exnansion coefficients of these steels
are similar. T!,ere are 4 figures and 3 tables.
ASSOCIATIONS: Ts-'~.*I--T-'!-'1Sh
TzXIIC1-L%,
Card 4/4

_T - ;45-1 R(Q/M--!P(b) -)-3/ASD(m .3/RW(~
0600' EXT YEPVW /VEt ASP-0
WPM
-1047536 13
C:_:SS ON NR: AR 6/02
4 77/64/000/008/0013/00
-mat
h
t
61- -7
'-B tropavlovsk!~ya,*~ Z,- _P,; Me linap. A
WTHOR.-`~ or -"~'nca A- MV-0;'
MR, M,
&
T ITLE The 6ffoct of~alloying oleraonts on'the relt0kation stAb
of hi8h chromium steels
SOVRCF,:-,~ .-Sb egirovaniye staley.. Kiyev Gobtehhi dat,USSR
z
19631, - 14P.-3,50
TOPIC 1 ion stabilit relaxe-ion., alloy r~
TAGS: re axat chromium
.7.0 1 gi
vanadium, 1~~~ate~n -~bdq
rritic steels ALqbiumj, j~jol nura
p '7
phase eova 0.3
-TIRJU~SLATION--. -The--relaxation _-stial$ilitj~ of hiepL chromium steelr.--.o-L- th
.20-0 1 r, 1-0- 0 14o)
ivritia type ---(6- ~J' r wds-atudied
a---& Panation.of thoir.dogreo of alloying with V.and W and of Ithe
pha.-o coraposition. The zwaploa woro quenchea: in oil and aubjew"'d tot
on Oests~ n--Od n
:a 111,gla annealinGo - Halaxat wore carriod out 0 1 U1
am ar
swuples at 5,50"5650 for -.a poriod of ILOOO hra., Steel with or and.:-,
C
1r 1/2
d

ION IIR AR045893
ACCESSI
adilam
Ig~._Of, stelel wi-,U11 Van, -(up to_O..6%)_Somtihat improves its
rolaxation, stability* Further increase in- the -.content of -V_ up ~to
n-, s eason, the--
I_oads to --a-_decrease in-relaxatio stability; for thi r
A' i3teels with-vanadium-should-be-limited to
11o in� of high- chromium
7 - 1%)
3 0 6' The introduction of 1-1- ~(up to- va steel with
:00 lea Cri
d 0.45%- V somsvbat increases -tl,-,e relaxation etability;
0. 51;'o - Mo on
-coat nt increases-the -the,'
howevert-further increase in-the W 6 -speed of
process, With an-increase in 0 contentjp and at the same,
and " Vv f the
time of Me and: C in steel with lei. Cr O.k's the, nature o
`e Ppect ~ bf~-W. -is re 0" Mr, from 093 to 0 7
tained, - Increased content % -In,
1;e Cr-and increases
tee! with' V alloyed --4ith,;I
s (up to-l,-4~_
'e --is ob-_Qer4e(d in
1-axation: ataVility, An,optimum relaxation otabillt7'
_l~ Or a su-o lement-~
semiferrite steel -with 0.5% lxfov and O.La I., with
v p
-with WVithin the limits 10-3-0,5%vat the same - U
ary alloying MOP
t.h.e-,-C content sh-ould-not-exceed 0-15-~0621jlpll increase,in the
content of -C~-Prom 0,15 up to -ateel Vith-19%_ Cr and 0.5,04, -110,1
alloyed with-V, or with W and V. leads to a martensite structure of
the steolo'-which-lowers relaxation ~stability* - The introduction of Nb
al rids an eff i4ent effect- on relaxation
up to Oerf' (with-0 O-C-)
f old, H owever the e ff the
Sta'Dilityj,.whioh-Inereases-.-two iaienoy 6
Cara. 2/1

SOV/ 137-58-9-20244
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr Q p 303 (USSR1
AUTHOR: Merlina, F.Ye.
TITLE On a Method for Rational Analysis of Copper and Copper- zinc Ores
From Urals Pyrite Deposits (0 rrictodike ratsional'nogo analiza.
mednykh i medno-tsinkovykh rud kolchedannykh mestorozh
deniy Urala)
PERIODICAL: Obogashcheniye rud, 1957. Nr 4, pp 13-19
ABSTRACT: The results of experiments ~n the study of the solubil,.t,. of
chalr-opyrite (1) and covellite in KCN solutions ot various con
centrations and at various durations of treatment are adduced.
With an increase in the concentration of KCN and duration of
treatment the amount of chalcopyrite Cu going into solution
increases. The graphical and analytical methods for a more
precise r!etermination of the contents of I and covellite, taking
into account the solubility of 1, are cited accordrill to the result
of rational analysis. The presence of large amounts of pyritek
has no effect on the solubility of I in KCN. The gray copper C-es
ores (tennantite and tetrahedrite) are partially extracted bV the
Card 1/1 cyanide solution. --Analysis 2. Copper-zfnc -':~

POLLINGHER, B., dr.; MERLING,_.M., dr.
Hemibulbar hemorrhage in a syphilitic patient. Anatamocl!nii7a!
observations. Neurologia (Bucur) 10 no.2:133-137 Mr-Ap'6,.
1. Lucrare efectuata in Clinics, de neurologle, Iasi.

HERLINSKAYA, E.M.
The 5231-ty-i;e semiautomatic machine for rough cutting of bevel
gears vith circle-arc teeth. Biul. tekh.-ekon. in-form. no.10:19-21
'59. (MIRA 13:3)
(Gear-cutting machines)

. Y 1,; -, , ,I ~
FMI, L ;""MR INSKIT. N.M.
li~arsase ''the efficiency.of centralized dispatching. Avtom.. tol*m. i
Bviaze no.2V23-25 F 157. (MLRA 10:4)
1. brachallnik,takhnichookogo otdala alushby signalizataii i avyazi
Nookovsko-Ryazanskoy dorogI (for Pod'). 2. Starshiy iashener takhai-
cheskogo otdola gookovska-Ryazanskoy dorogi (for Merliuskiy).
(Es,ilroade-Train dispatching)

MHER, V.A., Inzh.; MMINSKIY, M.M., inob.
naport-i
Speeded up tra a ion of local freight on railroads. Zhel. dor.
transp. 40 no.9:67-69 3 158. (MA 11:10)
(Railroads--Freight)

I-ERL I S, N. 1-1.
"Irreversible Catalysis
Charcoal," Zhur. Prir.
Pulp Chemistry -cl949-.
atd Catalytic Dehydrogenation of Hydrocarbons on Activ&ted
nim., 22, No. 2, 1949. Gen Sci. Research Inst. of Wood-
- --
- - " - --- -
I: :. ~

I-TIRLIS, N. M.
VERTLIS, T.T. 1,11. - "Investigation of 1-phenylapocanphor and Its Isomers."
Sub 23 May 52, Vloscmi Order of Lenin State U imeni, 1M. V. Lomonosov.
(Dissertation for the Degree of Candidate in Chemical Sciences).
SO: Vechernaya Moskva January-December 1952

-tu~'-inic fo zemoval-of i i bu ft MCI s1~%Icll
lovoalkos2n from tht, or, thormij- dew '.
X"r

j "'a I., o., tLa Lh-'-'Mal
-C
'1
~o
~t i
u
i over
npl ill
"

'
d
'
1
j
P
feMOt`Cd -~~,d ICO COM'pfll. Hr~!~iVAIICNI ill COncM.-ily. t
, .1 - - -
..
- 1:
Ita- Ti~'t conzin. of in til" j:~-' 1
%~ rl

GOLOVA, O.P.; ANDRIYEVSKAYA. Ye.A.; PAKHOMOV, A.M.; MKRLIS, N.M.
Transformations of cellulose at high temperatures. Report R0.3:
On formation of levoglucoaan from glucose. Izv.AN SSSR-Otd.
khim.nauk no-3:389-391 Mr '57. MU 10:5)
I.Institut organicheakoy khimli Im. N.D. Zelinskogo Akademli nauk
SSSR.
(Cellulose) (I-evoglucosan)

AUTHORS: Golova, 0. P. , erlis, N.
Voladina, Z.
TITLE: The Prei~aration of 1,6-Anhydroglucofuranose t~,e V:cu-i~
Pyrolysis of Ce-Li.,,:,lose (Polucheniye
furanozy pri ter-~oraspade tsellyulozy v vi;-_u7ie,"
PERIODICYLL: Izvestiya Akademii nruk SSSR. Otdeleni,;e E3 1 41-
1958, Nr 9, pp 1127 1127 (USSR)
ABSTRACT: Continuing their study of the chemical str,,!cture of
the solid distillate prepared by the pyrolysis of
cellulose in vacuum, the autnors found th-t the
out a neutral material from the distillate by me!ins
of an anion-exchanger and the isolation of this mate!ial
from a laevo-glucosan by crystalli:;ation gave a syrupy
product. The investi~,ation of this latter sh)wed t,.--,t it
contained 196-anhydroglucofuranose anddid not cont-,,in -,,ry
polymers. There are 5 references, 1 of ~ahich in Soviet.
Card 1/2
7~ -T-S

The Preparation of 1,6-Anhydroglucofuranose by t:-.e &-,*;;'62--,_,-"-".-./~
Vacuum Pyrolysis of C,:llulose - / I ~ ~ L"
ASSOCIATION: Institut lesa Aka~.emii nauk- SSSR (Institute of Wood and
Forestry,AS USSR)
SUBMITTED: March 11, 1958
Card 2/2

5 (3) SOV/*7q-29- ~12,16 I
AU THOR 3: Golova, 0. P., Merlis, N. M., Volodina, Z. V.
F*"T- - -"'-
TITLE: Formation of th ~-in~~droglucofuranos( During the
Therma. Decomposition f Cellulose in Vacuum (Polucheniye 1,6-
angidroglyuKoturanozy pn-' termoraspade tsellyulozy v vakuume)
PERIODICAL: Zhurnal obshchey khimii, 1959, Vol 29, Nr 3, pp 997-1000 (USSR)
ABSTRACT: The present paper is the continuation of the investigation of
th. chemical composition of the solid distillate which is ob-
tained in the case of the thermal dissociation of cellulose
in vacuum. This distillate (Yield 75%) consists of 706 1'gluco--
sane and contains carbonyi compounds, acids, their derivatives
and phenols. By the appJ4 cation of anionites the products ad-
mixed to 11glucosane could be almost removed (Ref 1). After the
following removal of lfglucosane by recrystallization a syrup-
like product was obtained which contained up to 72~- substances
which had after the hydrolysis a greater reducibility to the
anhydride of glucose and a zero rotary power. In the syrup-
like product dextrogyrate substances could be assumed beside
leglucosane, i.e. polymers of 1'glucosane and its isomer, the
Card 112 P-1,6-anhydroglucofuranose. The method of D. Hurd and R. W.

SOV/79 -29 - 2,161
Formation of the 1,6-Anhydroelucofuranose During the Th_mrml I)ec=-
-)f Cellulose in Vacuum
posit
ASSOCIATION:
SUBMITTED:
Card 2/2
Ligett which consists in the analytical separation of the mono-,
di-, and trisaccharides by distillation in vacuum over th~_ir
propionates was used in order to detect the presence of poly-
mers (Ref 4). Only the monomerpropionate was found tD exist.
The 1,6-anhydroglucofuranose was separated in the form of its
n-nitrobenzoic ester and characterized by tho ulitimato ana".Y3'. U,
melting point and specific rotary power. It could be identified
as the n-nitrobenzoyl derivative of the 1,6-anhydroglucofurarnnse.
The 1,6-anhydroglucofuranose is obtained from cellulose with
an approximate yield of 3Yo (with respect to ce'luloce). A
scheme iis suggested as to the formation mec~anjs- of the 1,6-
anhydroglucofuranose during the theftd1~deacm)o.sition
of cellulose in vacuum. There are 7 references, 1 of ,,;hick. ~;s
Soviet.
Institut lesa Akademii nauk SSSR (Forestry Institute of the
Academy of Sciences, USSR)
January 24, 1958

KORSHATL, V.V.; GOLOVA, O.P.; SERGEYE:V, V.A.; MEMIS, N.M.; SHNEYER, R.Ya.
Polyethers of levoglucosan. Part 1: Polymerization of levoglucosan
and its ethers. Vyaokom.sced, 3 no,3:477-485 Mr 161,
(MIM -14:6)
1. Institut slamentoorganiohaskM soyedinaniy AN SSSR.
(Giucopyranooa) (Polymerization)

GOIDVA., O.P.; EFSHTEYN, Ya.V.; SERGEYEVA., V.H.; KAUITNIS11, A.I. (Kninins., A.];
OD12ITSOVO P.N.; MAYSE-1ENKO, N.S.; PANASYUK, V.G.; Prini=Ji
uchastiye: JJER~L~DURI!Mq L.I.; BISEHIYETSE, S.K.[Biseniece, S-1;
GUNDARS., A.Yu.; FEDORCEEIKO, R.I.; MIMKOVA, V.I.
New pwthod for the complete chemical processing of plant tissues.
Gidr~oliz. i lesoWm. prom. 14 no.7:4-b 'b-1, ~vwtft L4:il)
1. Institu+.Avysokomolekulyarnykh soyedineniy AN SSSR (for Golova,
Epshteyn, Merlis,, Durinina). 2. Institut lesokhozyaystvannykh
problem i khimii drevesiny AN Latviyokoy SSR (for Sergeyeva,
HaInin'sh., Odintsor, Bisenietse, Gundars). 3. Krasnodarskiy
gidroliznyy zavod (for 11aksimenko., Fedorchenko Minakova).
4. Dnepropetrovskiy sellskokhozyaystvennyy in;titut (for
Panasyuk).
(Plant cells and tissues)
(Botanical chemistry)

MERLISO VOLODRIA, Z.T.; GOLOVA, O.P.
Certain derivatives of 0 -1,6-anhydroglueopyranoses. Tri-O-ethyl-
and di-0-mathyllevoglucosan. Zhur. ob. khim. 34 no.11:3819-3821
N 164 (MIRA 18:1)

ABRAHOV. S.A.. iazhener; YORCB'YEV. N.M., inzhaner; GLAGOLZV, N.H.. doL-tor
taklmichaskikh aau-k, professor; RMS C'-U-. iazhaner; MRGULIS.
P.S.. kandidat teL-haicheskikh aaak; RISKIN. I.T., inzhener;
FURTANSKIY. N.A., doktor tekhnicheakikh aaak. professor
Selecting types of diesels for projected diesel locomotives. Test.
TSMI1 M 16 ao.2:11-18 Mr 157. (KIBA 10:4)
(Diesel locomotives)

A
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FwtM# -1940 F490COMS "49
oLttd V.
smomt Pupw ilwtowzMalzi. Its OcWmd consatuents an. HIO.
,-"farm is a subs6tute fur AWl%t$O(
frton. NW. Erecl'. EW am 14114CNS. but the
tb,-- WAttlid -also*
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goo
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ago 0
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SO to SO, n JA a is u A JO a 11 a is 4a
ft4tpkhw md 4adWas. H. A. Klywhidum. JL-,
Ntegli%I.M.t4iWtSMWA.~9.[Abcu*Z. Rum. ;,4224,
Maj-31. IM. AddM. W Rim. 53,t6S Oftcodiull *b-
strict). The bask Patent Is modided In thm macpUne is
extd. train the mother soln. obtained in the exin. of opixim.
A1611.11.4, 991
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1 1 Z
UL
I'T',,e ALaloids Salsola zlici-Acri: V. J;-Devivatives of 3alsoline -And
N. F. 1'roskurnina, V. i4i. :-~erlis, Al~u-LlAu Dept., All-Unilcn Sci .~es
Inst Lmani Ordzhonikidz,-, MOSCOW, ; i -~
4,
"Miur Obshch MAW' Vcl ~L~, No 8
UL-tained following, 11-d,-rivatives of sulsol'Lne and sal-,c-"Luine;
die thy lwainoethyls also 1 id Ln e, die thylar-.iino pr,.~:.ylsalsc 1 id ine,
.-,Llisolidine, bensyl-i%-hets-iiydrc)xyet',,ylsa'Lsc-.'~i-~4.iie, pheri.,I-d-etlidll C.'
z 0 3 C, ir.
hydroxyethylsalsolidine, ni r SoSal 14 ' e, ---nd
"OS Lnt -estins o~' z;harma~olcuiral ~e:A,s
nitrososalsoli-rie. I t 1 1:
phenyluretan of Iri-~(s sunp anest'ietic action.
Submitted 17 1,1ar 47.
PA-149TIl

Itj
.7,the amino Nuu0nes Iv. Prepalratelm at
4-ciftrophanyl 2 -amino -4 -methyl -o-pyvimidyl cWdde and
of Its decivativec I - K 11 FelAijun, V_ U.-Malijr.
rud"IYU M. ROMMIVA (All Swi. ReActrrh Client -
A tittm ~
I'll-ifill Ifist.. .1 (;,n. (t'.S.S.R.) W.
9-1113 19(194W. C.A. 44. 1,151- E. 1. C.

Aiii(w,fe ;i iiwv~ '~=Wyc U1. Structure of
ittienmodend&e. V, .14. Steglis and 14. F. (ItmkitritiuA
iS. Orildmikidze "Aff-t'Mon Chem.-PhAmi. Itist.,
Moscow). Zkor. 06jkekd Kkim. (). Gen. Chem.) 20,
MM-NM50); A. C.A. 44. t1lige.-Hydrogruatim 4
Ito dil. I(Cl aveir AdmaW IN cAtAlvs(
yichls a dibydro deriv., b. 0 .
.Ij )a 1'. IlAinc
this (Q-3 x.) 6 himi. with 13 s. %, 'If I ml. McOll cave
d1j4perWyl. kolated a* martthirdrate, in. the di-
1ICI pall docit n4wt sit. VWW'; treatment with MCI c;svr the
.4-118 deviv. (it dipilwMVI. "I. VO-1, (fri"ti IWIT. ritt"l.
rcratnirtit at *ict, Nd It, Ime AniOll
1"Afly gave a hyc""copk- Im.lurl, mralical snh the
above di ipeMyl, wW. u Oxwe. its '.!-I(Ci ~tt &ws
not tn. W 1010 V (11110), And di-Re deriv.. M. 151'.
WD 181" M011). Fln!". of this dipimiflyl (3 g.) in 1,14.7
itil. 11,0 antil 2.5 ml. AcOU and heated with 36.5 s. A&OAc
x.5 hm to M-FAIrve I C. oil, Idefififircl as ".0'.lipyridyl.
it: Piffate M. 151-2 .,Iipkmte fit. I00% tnethiMWO m. 1d$ -
5. IsmMmodmdritte warnt"t with MCHICI its Csl(.
gave the ticacyl dcriv.. oil. wtuise IlCl salt m. 178-0'.
llcrxv, amatodentbrine and ismmintAmIrine have the saine
tlipyfridyl-ftype skelcum, with an Ac gnmp cc one of the N
positions. t'.. M. K'"Olapta

17
.e'A
A=-".dM I NtF. b=uCmro
~.1== am. V. Mt-y =t. prod=
S &jjk_~ All-U-!R- - 'j%M 'a"t"
. Zo~ r,
. ftfu& ( . U.S.S. - .a R. lErl
'I ). J. Gea.
,=tf..).-See 9!~Sl- 13032-

AJMOC" Of Salsala richteri. VI. N-Derivatives of
N. F. Prn%kurnin4 and V. M. Wrlis. Zhur.
Obsk,rkel Kkim. (). Gen. Chetu.) 21. 7411-2(14511; c1. C.A.
46S. 3393g.-Addn. of 3 g. CIW anti 2 g IIC(hil to 5.65 S.
411-mlidsmo, in. 218', vivids CO,. anti heating 2.5 firs. on a
steam bath, sata. with K.COs, extri. with EtjO, anti treat-
snent of the Isolated base with IfCl gave the 2-Ale deriv.. m.
143'. IICJ saLf. m. Z3&7* (from EtOll); I// jall, m. 202-
3', IlHr taft. does not m. at 3fK)*. Similar treatment of
the d-isomer gave the rAcvmic 4-2-Nic 41criv. w% Alwive. in-
~Iead of the c%pected ot,tic~ally active foryn. NlethvIAtion
with Niel in NivOll gave 2-methylyalsoliew-Afri. rn. 232-4'
(from EtOll). which was inactivt. llratiuxd-ialt,,lg".)h"
to 175*, or rOuxing 5 hr%. with 10% a1c. KOII (141 iml
change its Optical Activitv, ill.11C.Ating extrrott, rr,ivml~ f"
ra."llizat"I. C' NU Ko-laj,otf
9,67

/0
", vi ~1
,4 j .Me lic~,14 t -,.-.
'a , .-
Atuawdo '. I? Vl,~ " loto"I(SIA 14 -,1 ~~
all4two I . K it SO 11
Ge" ( *Lfaq I - N ."
." C .4 . 4s. w"itki

AlkdWds of Egamospatan
(S. OtdcbmikidLe Chem. PhArm- last., Mosaw), Zhar.
MUM Kkim. (I. Gen. Chem.) 22, 3-47-,Wl=).-Eztn.
of the green tufts of the t'Ltnt lu antmouLcal atediula with
(CIIjM),and sepn. ul the crude alkakids by Rt.Oand CIIC14
yielded 2 substances, tauling O.A170 of dry ptAnt wt.
One Of the VIAMLAUCCI is $P*afFdP4Y1iRf (C(. RUbin1hWU
)A td Men'thikov, C.A. 10. Its c4rbanae to. 1902-41".
Mitskomoat,.- t4g--&O-. The2.d.Ik.1.M..b~-
tained only in minute quantities 4nd has been tentatively
identified as (op. w.). Its di-110
tali in. 262*. And i1i pitr'je m. ISO- I , C.- Nt. V.

S. V.H.; REUIAMOVA, A.S.
Qtwatitative determination of mothazide. Ked.orom. 12 no.2:51-53
P l 58, (KIRA 11:3)
1. Vossoyuznyy nauchno-inaledovatellskiy khimiko-fArmatseytichaskiy
inatitut imeat B.Ordshonikidre.
(ISONICOTINIC ACM)

MIRLIS, V.M.
Analysis of formamide. Had. prom. 13 no-5:45-48 MY 159. NLU 12:7)
1. Vaesoyuznyy nauchno-isaledovatellakly khimiko-farmataevticheskiy
institut imeni S. Ordzhonikidze.
(Foluumilm)

IEF1113, MI.; R011MOVA, A.S.
. Analytical characteriatics of I-Pll-14etbylene-bis-isconicotinoylb,
hydrazine (metazide). Khim. i m0d. no.14:9-12 160. 14:12)
1. Laboratoriya analiticheskoy khimii Vsasoyuznogo nauchno-
isaledovatellskogo khimiko-farmatsev-ticheakogo instituta imeni
S.Ordzhonikidze.
(METANDE)

I MERLIS Vjlj.-~-~AGIHA, L.N.
Rapid method for determining admixtures of moncethylacetate in
diethylacetate. Med. prom. SWR 14 no..12:40-43 D 160o
(MIRA 13:12)
1. Vsesoyaznyy nauchno-issledovatellskiy khimiko-farmatsevticheskiy
institut imeni, S. Ordzhonikidze.
(ACETATES)

MOMS, V.M.; BAGRF.YSVA., H.R.; VESEL40VSKMI G.G.
Determining the narcotine content In opium. Med. p=cm.
16 no.2:46-48 F 162. ' (ML-15:3)
1. VaesoyuzW nauchno-issledovatellskiy khimika-farmatsev-
tichaskiy institut imeni Ordzhonikidze.
(OPIM4)
(MkRCOTINE)

.MEw,RTI,#.S.
Influence of an interesting task on motor and vagetativv 6wdfesta-
tione of the mqbility of the nervous processese Vopoptikholo 7
na.301-92 My-,To 161. (MIRA 14:6)
11 Permaldy pada-gogichaskiy institut., kafedra paikhologii.
(luterest (Psychology)) (Conditioned reaponse)

MMIS, To.-I. '' -
Effectiveness of the us of exercise tharap7 in chronic gastritle.
Top.kuroo fizioter.i lach.fiz.kallt. 25 ao.l-.39-441 160.
(MIRA 13:5)
1. Tz Abkhazskogo filiala (dir. - prof. A.L. Grigolia) Institute,
karortologii i fizioterapli Gruzinakoy, SSR, Sukhumi.
I SE THZUW) (STOK&CH--II&LAMHATION)

.HERLISM Ye. S.
25815
Berezovskiya Minerallnrle Vody I Ikh Znacheniya Vracheb. Delo,, 1948,
uo. 6. STB. 529-30.
SO: LETOPIS NO. 309 1948

RMWAK-LUSICKY, B., Prim., Dr.
Peroral therapy of diabetes and preliminary personal clinical
experience. Mod. arb.,Sarajovo 10 no.6:1-14 Nov-Dec 56.
1. (Sa Hirurske klinike Medicinskog fakulteta u Sarajevu, sof
prof. dr. B. Kovacavic).
(DIABETES, MELLITUS. ther.
N-sulfantlyl-NI-butyl urea (Ser))
(SULFORAMIDES. ther. use
N-sulfantlyl-NI-butyl urna in diabetes mellitus (Ser))
(UREA, ther. use
same)

KRRLO. A. S.
Conference on over-all mechanization. Hauka i pered.op. v sellkhoz.
6 no.12:45 D 156. (MA 10:1)
(Farm mechanization--Congress)
t - . . -- I - I - - -- ~- -
, - I- ~ - I I -

MERLO, A. S., Cand BiOl Sci -- (diss) "Agrobiological Basis of
~,rj)k~xA ~ 0-0~
the CultvAw-e of Annual Floral Plants 'Pjacm-a-Z Under Gonditions of 41~-
BSSR." Minsk, 1957. 22 pp (Inst of Biology of Acad Sci BSSR),
100 c6pies (KL, 51-57, 92)
_ 13 -

CU16-v'ited Plants. j i,~- c~ t a 1 P I a rv- s .
Ab~~ joui-: i~e nu r -,u L . 2,1 7
A,- tl~,j r fICT-1, ~ A
List I Ils' t.--,,u 3e 1 c, rus s t a i.
T 1 -1 i e On Eyzte:;is in Anr.---~al
Pla-.-itc the W--.y Tli,,;-,, Ar,-- Raisez~.
Austra,--*,: T,, -xplca tr, t~~e I Tina-, f P Iolwe~ri:l~,
i -:,, I q e,, '.),, t h c, .9 e c cl f.-Jethod, in arid periods, ',~.e
rr,ol~ slys~qc. snapdra,rlo:~ and a2ter e;er~-~ it-,-
wao ~.secl wit;i quan-
t,Latl,'t~ Sa:l InS 3 I~Cot --Lt Of i. 'I.
T.
f.,r! a UaPmut df.-~~rper pen-AratIcr. F' th(:
Crd 1/1~1.
Ul')-'R // C-Ljj-~ivaEed ~Iai-Lt:3.
732W -
A-,E3 j,-)ur: , ~ - V ~- c1'-! r -I .. ,-1 ,
Abstract: rooLs into tht:~ S(-)-i-.L a.id sltroni~er (~-n :-;0TIparison
7rDurci) cit--velooment -)f t"-Ie
tie z~.as~3 , , e) -
.iass than LrI -)lants raised by the seedling,
JraLon, this reaction -,he
L;trc)nwl,,i expregse(l.
metl raize(l 15 I'll-re
V,-) r,, n
,,'ard

.~.3.
I
0-pon-grouTic. of ~ri. 1-ofia. Sbor. nauch. rab.
T'SIA3 ro.1:3,16-127 16;.-,e (MIRA Jj,: 10 J)
(-i
,..- 1.

HERLO.9 A*S.
Rapid propagation of the Madonna 21Aly (Lilium candidum L.) in the
White Russian S.S.R. Sbor. bot. rab. Bel. otd. VBO no.2:2.14-218
,60. (KIRA 15: -1)
(White Russia-Lilies)

MERLO, A.S.-
Studying varieties of gladioli in White Russia. Sbor. nauch.
rab. TSBS no.2873-93 161. (MIRA 15:7)
(White Russia--Gladiolus-Varieties)

V,D

MERLO, Anna Stani.-;Iat,,ovna; HYABCHIKOV, N., red.
(Advice to floricultur-ists] 3ov!~-,y tsveto--~odam.
Urozhai, 1965. 210 P. 42 plates. (KIPA 19:1)

KINArET, F.; COMM, F., inzh.-mekhanizator; KPILTAH. I., starshiy
inzh.
New automatic stacking device wItb a rotating adapter. MUIC.-
elev, prom. 26 no. 12:&10 D 160. (MM 13:12)
1. Direktor Brattsevskoy, bazy khleboproduktov (for Minayev).
(Grata elevatora-Equipment and supplies)

SAYSONOV, Vladimir Ivanovich; YAZFGUR, Mikhail Iosifovich;
LSWM,_A4., red.; SEVRTUKOV, P.A., tekhn. red.
(Kursk; a guidebook to historical and notable places]
Kursk; putevoditall po istoricheskim i pamiatnym mestam.
Kursk, Kurskoe knizhnoe izd-vo, 1962. 154 p.
(MIRA 16:10)
(Kursk-Guidebooks)

WRMANJ ASMO
CAND M SCI
Dessertation: "X-Ray Therapy of Intestinal Fistulae Caused By Gunshot Wounds.W
7 Jun 49
Central Inst for the Advanced Training of Physicians
80 Vecheryaya Moskva
SUM 71

IMDW, A. H.
Clinical observations during roentgenotherapy of enterafecal
fistula of C-inshot origin. Klin. med..Moskva 29 no.7:LW,--50
JU17 1951, (CIAL 21:1)
1. Moscow.