SCIENTIFIC ABSTRACT RAKITIN, YU.V. - RAKITNIKOV, A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001344110016-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: August 1, 2000
• Sequence Number: 16
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

AUTHOR S -
A. Yo,
Z2~Li t i n
Garayeva, K..G., Geyden, T. M.
TITLE: The Influence of Various Chemical Preparations Upon the
~ Germination of Stored Potato Tubers (Vliyaniye razlichny~h
khimicheskikh preparatov.. na prorastaniye klubriej, kartofelya
pri k
hranenii)
'PERIODICAL: Doklady Akademii nauk SSSR, 1958, Vol- 121, Nr 1,
PP. 175 176 (US2R)
ABSTRACT: In'the course of the last years chemical inhibitors of t- e
germination of potato tubers have been sought (Refs 1-7). The
methyl ether of the a-naphthylacetic acid turned out to be
most favorable in this connection. In the caue of edible
potatoes it is already used to-a.great extent Pefs 8,9).
In the present paper thereaults of a comparison of 27_pre-
parations is given which belong to various classes of chemical
compounds. All pre.parations were put at the authors' disposal
by 11.11.Mellnikov, Yu.A.Bas~a~ov and K.S.Bokarev. The in-
hibitors were used as powder, with loan, as diluent (3 g per
Card 1/13 1 kg tubers). Most 9f.them were checkt-d ir 2-'~ doses,of

The Influence of Various Clemical Preparations Upon /55
th~~ Germination of Stored potato Tubers
different amount. The cort "Lorkh" served as experime:~tal
potato. Table 1 shows that the compounds of similar str,,,,cture
differ to a great extent in t-eir effect or, the tub,~r. The
most active inhibitors of the germination were the
isopropyl ether of the.phenyl-carbamic.6cid and t h e-a b o v e
mentioned methyl.ether. The first substance in a doals of
-25 mg/kg suppressed the germination completely, the second,
in a quantity of 50 - 100 mg/1-g suppressed the process to a
great extent. Both inhibitors reduced the physiological
and the total losses in weiaht. The tuters treated with tnese:
inhibitors, did not produc( offshoot tuters. Both inhibitors
were recommended -for practlicai use (Ref's 2 3,', - the first
for tne technical potato (Refs 6,7), the second f')r ti-e
edible potato (Refs 6,8,9). P-naphthoxy acetic aC4d practically
did not inhibit germination. All other substanceo inhibited
this process more or less. Several preparations were found
which inhibit to a great extent the germination, 'Lead,
however, to the formation o;~ Offshoot tubers. The greatest
formation of offshoot tubers was onserved in tiie case of
Card 2/3 methyl and of the phenyl-carbamic acid. The

The Influence of Various Chemical Preparations Upon SOV/2c-121-1-;~
the Germination of Storod Potato Tubere
~comparison of the varieties with fQr-mation of offshoot Itubers
showed that their formation is to a certain degree reversely
dependenton the length of the germs. Theze are 1 table and
9 references, 6 of which are Soviet.
ASSOCIATION: Institut fiziologii rasteniy im.K.A.TimiryazevaAkademli nauk
SSSR(Institute of Plant Physiology imeni,K.A.Timiryaze v.)AS USSR)_,
PRESENTED: April 4 1958, by A.L.Kursanov, 11,1ember, Academ.y of Sclences,
USSR -
SUBMITTED: February 27, 19 58.
1. Potatoes--Physiology 2. Potatoes--Storage 3. Seeds--Viability
~4. Chemical compounds--Physiological effects 5.-Chemical compounds
--Test results
Card 3/3

OV
A UT','O.RS V., hakitin, Yu. V., k.
TIT LZE Tile Tran~ifornation of Lth~l Alcohol ir. Yruit!i aJ
1Prevrashcheiti.,,,_- tAilovo-c v ploda%h
llipenln~ Stimulant
'i
pri --,.:lia" iin prots(!S3a sozr..,vaniya)
sti-
I nauk SSSR, 1936, Vol. 121, 1-Ir 2, 374-31,77
u 's S I,
B.'~ C T .
The ri ~ninz of f ru i t s is accelerat-_-d b,' Anum"30-- of chemical

proce-sscz .10). T! G,iLV~-_.r, almoat no
aerc are, a
all in -,~!ubllcationz-, oi: 1-,rhat with th,,se sti4xalunts
'tQr entered tile f ra tn. . S u, h i:ivestilati n r cade
ra c ~ r u

~j e r e:~ 0' i:'
Q + C' L11 t 3 of the ,ie,.,-
I - L I ',a, t i o n, z
L I or i o i with. T~1~_~
first t i.-e c f 1, -z t i i 0 1. a t - 6 t t'ie tlo-;
"3est
Alat in~ and i-jendir.,, ripenin-. T 1, c; ~ve~r- to.-.-to
of A I I" ( T. U c'~ serv,~d a3 object
iz vzekh)
Grccri, f;rcwn fruit's (of atnat 60 wcn-- a~.I(;ctcd, A n
a, UQOUS alco.".ol solutior. of 2', 3U, ta n a' 9 u wa 3 n j e C t e d i nt, 0

r" r a i -out

collcc_ntr~A4~-n t c n, z cn
3 T h c J . - j .1

in, t 1 ~;~j
t c s o:-v i~ i -a
the 23 con --ent Va t izn c~ r., t tt t d
t C 6 c r, i c c n t r a t _4 o r- c, n t e f c- t t 11 d" a ~j T h e c c t zc I f:7 Li 1- t
!2t!-. t ion -,C
~,al in the fruits ~;a_- inv~fzti, t~-.4 C i.; c .,I -I
t ri t.,6 in concentratiunj of 30 3U, and ib
100 g nct weight wvrt~ injectcd Th,_, control -nas injoct~:,~ '4r i t 11
i~ i t i 11 c d w -- t c. r ' Thc specific r a e, ioa~;t i ,, it,-, of all aol~:tif:rns
~;as sa;.'e ~_n~ ~100 r"i ?(,r I A 44'ola~iuri V-ie
bias carried o.,.t it a (;un.-jtant of 2ti'.
T t f-..iit.,; ~..,re f1ru..1 artcr t.,1v
Ll re .9, ~ 0:4, t h
a I' a 11 L. n rj
air rr".~C (if, CO Ta Aza.'Ii t:"
th(_
2
til-"ziatocs Then th~_ air was dli t ;-3 b t
Pr o 17-. t h c data given i-n. table 5 L-t a, , 'a a
L I i f or=at - oil
t en ~ i t c f ca I-b o 14-- acid I' c r a s c z ru E-' t C
in- ~'Ied ethatiol
t c t ethalnol i'. not a
rite
0 a of. i - oi-, i e i: c rA r- rj, f !ie ethanol
3 rj,,, t I e; 11, t ~i
`.in.- (rnll t t I

J
71 1 t
it
CO. Fro,; table 1 may be seen that t~,e separation of 1,~n
fru.- the fruits also took: place in den~~nd!~-nce on the o n c en 4 r a -
tion of the ethanol injected. The bi-~,;est amount of ethylene,
was separated when using 50~ ethanol. This concentration also
caused the greatest stimulation. This proved again the ruieZ
f-,~and already earlier by the author mentioncd in the second
place ol' the title. thc ripeninj rate of thie fruits is directl-I
dependent on the intensIty of tiie formation of the et~.-,lene
(Refs 5, 7, 8). Analys4-B shotcd (T~.ble 2) that in spite of a
difference between the ethanol in,-ectcd the tis2ues
-nc+ that this was
oil the fruits firmly bound this subst:1 --, and
done 4r
amourits which show only differences. Lthanol is
subjected to thorough transformnations in the fruits, on which
occasion eth,11ene and carbon dioxide are formed. This takes
place noLzatter whether it-is present inLsti--ulating or re-
f 'erences,
tarding doses., There are 3 1 ures. 2 tables, and re-
Sov4et.
12 o' which ari:
Ass Cc i-,~T I C)'-14 iInstitu
t fiLZiologii rastenir im. K. A. Ti-irjazeva Aka d e ri i i
I T*r,-ti4--, t
nsak SSSI ta e-of Plant Phisiolo~-y imeni K. A.
C,ard Timiryazev AS USSIR)

a g
It
V.. 1: -.z a- -
I T, S1
j.3 d~~ 'A jai
K" 0
'Eli

170),300)
AUTHORS: Rakiting Yu* Vs, Potapovat A@ D.
TITLE: Effect of the Herbicides on the Respiration and Photosynthesis
,
of Oats and, Sunflower (Vliyaniye gerbitsidov na dykhani i
Je I
fotosintez ovsa i podsolnechnika)
PERIODICAL: Doklady Akademii nauk SSSR, 1959, Vol 126, Nr 6, pp 1371-1374,
(USSR)
ABSTRACT: 214-D anl some other chemicals increaserespiration wher. a1p_
plied in small doses, whereas they obntruct the same when
rpplied in large doses (aefa 1-6). Carba-mates decrease the-
intensity of respiration and photosynthesis. The isopropyl
phenyl carbamate 'I?hK) not only has the same effect, but also
suppresses-the activity of the carbon-anhydrase (Ref 9), A
rapid decrease of the activity of the photos..nthezis can be
achieved by 2,4-D, 0-naphthoxyl -ionoiodo- and parachloro phen-
oxy acetic acid, phenyl-urethan, and hydroxylamine (Refs 5, 11'~
renent paper the.authors report on te-st results
15)- - In the p.
obtained in the years 1952-1954 in field lots vrith sunflowel_
SarRtovsk.iv, oat Mnskovskiy A-315i and weed it-allaria media.
The following herbicides --rere used: aqueous solutions of
Card 1/4 1) Rodium salt of 2,4-D; 2) diethanolamine, triethanolamine,

Effect of the Herbiciden on the Respiration and S011/20-126-6-62/6' ?
Photosynthesis of Oats and Sunflower
and sodium salt of the hydrazide of male-icacid (IAAH)p as well,..
as water emulsions of isopropyl-ester of chlorophenyl enrbamic
lPhS). The plants were sprayed with 1,000 1,
acid (chlorine
,
of the aolution per ha of crop. All ptWsiologlical changes were
studied in the leaves,(Refs 12,13,16), Part of the reaults
it evident that the redox
summarized in tables-1 and 2 make
,
processes in plants are strongly disturbed by the herbicides.
The degree of the disturbances dependson tLa development
stage of the plant and its biological peculiarities as well
as on the quantity of the chemicals applied. In the treatment
with large doses (0-15 and 0.075 %) of.2,4-D the intensity of
the respiration-gas exchange in sunflowers is decreased within.
the first 2 days but rises again after some days, prior to the
death of the plant. The test plants strongly differed by their,
appearance from the control plants: their growth was strongly
~inhibited; whereas the control plants had 5-7 leaves, the
~treated plant had only 2 leaves with thickened petioles. These
_
plants gradually blackened and dried up. Table 1 shows that
after treatment with 2,4-D (0-15 ~) the activity of the
Card 2/4 ascorbic oxidase decreases by the 2.5-fold whereas the

Effect of the Herbicides on the Respiration and SOY/20-126-6-62/67
Photosynthesis of OatBand Sunflower
activity of peroxidase increases rapidly. Quite to the con-,
trary, the activity of aecorbic,oxidase in oat increases con-
~siderably during the day following the treatment. Tables 2 and.
3 show the effects of 294-D and chlorine I?hS on the respira-
tion and photosynthesis ofoat, sunflower, and Stellaria media -
Herbicides suppress photosynthesis in plants in various ways.
(Table 3). Chlorine IMS practically stops the photosynthesis
in Stallat-is, media. If imaller than lethal doses are applied plants
may overcome the physiological disturbance brought about by
herbicides. A detoxication of the foreign chemical takes place.-
in the plant. Its.rate depends on the kind,of plantp its
physiological state, chemical structurep physical properties,
and dose of the herbicide. There are 3 tables and 16 refer-
ences, 13 of which are Soviet.
ASSOCIATION: Institut fiziologii rasteniy im. K. A. Timiryazeva Akademii
nauk SSSR.(Institute of Plant Physiology imeni K. A. Timir-
yazev of the Academy.of*Sciences of. the USSR)
Card 3/4

0

RAKITIN, Yu.Y.; IM404ALIYEV, A.
Influence of certain factors on the effectiveness of chomicul
defoliation of apple seedlings. Usb.biol.xhur. no.4:57-60
'59. (MIRk 13:1)
L Institut fiziologii rastfiniy Im. K.h.Timiryaznva jvN SS.12.
(Apple) (Dal"oliation)

0

17(4), 300)
AUTHORS: Rakitin, Yu. V., Potapovap A. D. SOV/20-126-3-64/69,
TITLE$ Influence of 2.4-D and Chlorine-IFK on the Transpiration and
on Some Colloidal Properties of the Protoplasm (Vliyaniye.
2,p4-D i khlor-IFK na transpiratsiyu i nekotoryye kolloidnyye
svoystva protoplazmy)
PERIODICAL: Doklady Akademii nauk SSSR, 1959P Vol 126, 11r 3,.pp 688-694,
(USSR)
A13STRACT: Herbicide doses of 2,,4-D and of some other chemical weed-
killers cause several essential disturbances in the plants:
a reduction of photosynthesis (Refs 1, 3, 41 11), conAiderable,
shiftings of the intensity and character of transpiration
(Refs 2, 59 6), as well as essential changes in the carbo-
hydrate and nitrogen exchange (Refs 7, 9, 12). The influeLce
mentioned in the title Is limit-ed to individual facts and
assumptions in publicatione (Refs 14-22). In the present paper,
the authors,put forward the re3ults of their investigations
1953--54) of the effect -j-.1 114-D (sodium salt) and chlorine-IM

iaopropyl-ester of the 3-chlorophenyl-carbamic acid) on the
~
transpiration and on the water-binding capacity.of the lea-res.,

Card 1/3 -Ity of the protoplaam
as well as on the viacos~.y and permeabil~

Influence of 2t4-D and Ch1orine-:FK un the Tranzipiratiot Sr,7/;?U,
9
and on Some Colloidal Properties of the Prott.-plasm
u L
of the sunflower species Saratovskiy. of the cats
M e -1ants
Moskovskiy A-315, and of the weed Stellaria media. L
were sprayed with a water soluttor-of 2o,4-D and a .vat#--r es-wilsion
of the, chlorine-IFKI both chemically pure. The soil mciqt1?=-e in
the grow-Ing vessels was st.rictly waintained, 2#54 ;A" -)"cutior.
was consumed per vessel. As -s sha-vii in table 1, the lrt-nilty
of transpiration of the sunflower falls after treatmen't.-
especially under.the influenoe of the chlorine-IFY.
affected wore the leaves of the rpper section- thej evap3rate
about half of the normal quantity.of water. With oat-', -,%F,
A.-D decrease;! transiixatioN
matter was quite differant: while 2.
the influence of,chlorine-IFK Ircreased it. The same ~,c~'~larred
with Stellaria. OP-7 had neazly the same effect o.~7 31.alla-73,a.
The percentage of dry.substance v4ried considernbly Jr tlr'~-
leaves of the plants treated. The increase in dry, substance
was-due, to the strong withering of the leaves (Table 1). The
leaves of the sunflower grow thicker and fleshier under the
influence of 2.4-D. TheJeaves of oats,can retain less water
under the influence of chlorine-IPK, the higher the dosis of the,
Card 2/3 preparation is. The moisture evaporates, and the plants dry up.

Influence of 2.4-11 and Chlorine-IFK on the Transpiration SOV120-126-.7-64169
and on Some Colloidal Properties of the Protoplasm
The result is the same for sunflowers and oats: the,plants die
away. In young sunflowersp 2v4-D causes variations in-the
protoplasm pefteability (Table 3). In oats and Stellaria, it
increases by.10-18 times under the influence of chlorine-IFK
and OP-7 (Table 4) In the sunflowerv the toxic action-of the
herbicide is gradu;lly overcome while in oats it leads to an
irreparable poisoning. It ends with the death of the plant. The,
selectivity of the effect of the weed-killers investigated is
caused by the circumstance that in the plants resisting to
herbicide its toxicity is overcome, whereas in plants not
resisting it causes-irreversible disturbances of the life
activity. There are 4 tables and 22 references, 10 of which are
Soviet.
ASSOCIATION: Inatitut fizioloeii rasteniy im. K. Ae Timii"jazeva Akademii nauk
SSSR(Institute of Plant Physiology imeni K. A. Timiryazev of
the Academy of Sciences USSR)
PRESENTED:, February 24, 1959, by,A. L.Kursanov, Academician
,SUBMITTED: February 23, 1959
~Card 3/3

in

RAYJTIN,-jU.V.~.-BOK0l,E'V, K,S,; IMFT, V,A~- MKITIMI, Z.G.; GEYDENt T.11,
.1 1

RAKITIN, Yu.V.)-__I-.,r,of.) otv. red.; IKAMAL]YEV, A.I., hand. biol. na-ulk,
Zan. o'.,Nr. red.; S.AD,-,,KC';, 'S.S., red.; TSUMNA111K, I.P., red.;
0VCHAi,,CV, A'*'..Ye., eoktor biol, nnulk, red.; AIZYEV, kand.
sollkhoz. nauk, red.; KAI",,ILOVA, ~~Jl., I'vand. bil. nauk, red.;
ASTAYYOV, A.14., red. Yuk.iALIJIYEVA, Kh.U., tekhn. red.
b-batorials of thc Uzbek Conference on the Vothodc and Study
of the Use of Defolit-,nts, Desica;;ntn, and Norbicides in Gotton
Growing]Materialy Rospublikanskogo muchno-metoftcheskogo -,o-
vezhchaniia po primmoniiu defollantov, dc::ikantov i gorbitai-
dov v khlophovodstve. TarMcent,, lzd-vo Akad. muk UzSSR, 1962.
202 p. (K1,dL 15: 7)
1. Respublikanskoye nauelT.0-metodicherkoye soveohchaniye po
prinene-niyu defoliuntov, desikantov i gerbitsidov v khlopko-
vodrtve, TasHzent, 1960 2. Chlen-korrespondent Akadcmii nauk
Llzbcl-skoy M! (for Sadyiovv---TSukarwazdk)- 3. Inntitut, fiziolo-
gii rastoniy im. Y.A.T.-ImIr7azova AlmderAi nauk S 11 (for
Rakitin, Ovcharov). 4. lnstitut Cenetiki i fiziolo,-,-ii racteniy
AkAde:--Ii naul, Uzbeksl-,oy SSR (for Sadylkov, Imamaliy,,--v, Kamilova).,
5. Institut zashchity rasteniy Hinisterstva sell.-kogo kho-
skoy SSR (for Aleyev).
zyaystva Uzbek
(Uzbeltistan-Gotton research-Congregges)

&d.; ARKF-U GEL ':;:IY , I-I., red.; K~ETOIVICHI
RA Yu.V., otV. r
red.; %9I"LIITS"KIY, L.V., red.; ShTEYIIBEHG, D.F., red.
used); 311GIM.BNOVSKIY, N.S., red.; YAKOVIEV, B.V.,
[dece;~
red.; FOVOLOTSKAYA, K.L., red.; SUSHKOVA,.L.A., tekhn.
red.; VOLKOVA,,V.V., tekhn. red.,
(scientific principles in crop protection] NauchrWe osnovy
zashchity urozhaia. Moskva, Izd-vo AN Ssm~ 1963. 21.6 p.
(MUIA 17,j)
1. VsOSoVuzn0.Va akaderiya sel'skokhozyaystvennykh nauk im.
V.I.Lenina. 2. Institut fiziologii rasteniy i=. K.A.
Tirdryazeva All SSSR, Moskva (for Rakitin), 3. Institut evo-
lyuLsionnoy fiziologii im. I.M.Sechenova All SS,%I, Leningrad
(for Yakovlev). 4. Institut biokhi:-.d-i imm. A.N.Bakha All SSSR,
Moskva (for IIetlitskiy).
(Crop yields)

Nil
SISAUAII, II.Y., P;cade=ik-, red.; 110STOWS-EV, 1;.F., t-kadeniik,
zam. glav. red.; BUKIN, V.11., zasl. deyatell nauki i
tekhniki RSFSR, doktor biol. nauk, zatr glav. red.; M10WOV,
I.Ye., akader-ik, red.; KRASILINIKOV, N.A., red.; jiAl-T-1-111i
Yu.V., red.; OVSYAIIIIKCV, A.I.) red.; SPEANK-11KOV, II.A.,
Jo-VT~r sellkhoz. nauk., red.; SAVEL'YEII, I.K., kand. sell-
khoz. nauk, red.; KOCIMEEZIM111, V.G.j kard. biol. nauko
red.; MIKHLIN, E.D., ved. red.; KOLPAKOVA, Ye.A.., red.
izd-va; OLINA, Yu.V., tokI-n. red.
[Problems of increasing the use of chemicals in animal
husbandry; using biologically active preparations) Voprosy
khimizatsii zhivotnovodstva; prinanenie i)iologicheski a k,
tivnykh preparatov. Sbornik rabot. '?4oskva, Izd-vo Ali SSSRI
1963. 303 P. (MI U 17: 1)
1. VseBoyuznaya aknder.iya sellskokhozyaystvennykh nauk Ix.
V.I.Lenlni~'. 2. Vsesoyuznaya akade,-iya sel'skok.lozyaystv,-~n-
nykh nauk im. V.I.Lenina (for Rostovtsev, Mozgov). 3. Chlen-
korrespondent AN SSS9 (for Krasillnikov, Rakitin). 4. Chlen-
korrespondent Vsesoyuznoy akademii sellckokhozyaystvennykh
nauk im. M.Lenina (for Ovsyannikov).
(Stock and stockbreeding-Feeding and feeds).
(Agricultural chemistry)

PEYVE, Ya.V.; F_wTEpLi;U.;tGSKFY, A.V., doktor seltkhoz. nauk, prof.; CdUi,
K.A., kand. sellkhoz. nauk; GOUSHIN, N.M., kand. bilol.
nauk; XOAOTKIKII, G.I., kand. sellkhoz. imuk; UESALIL, G.A.,
kand.sellkhoz.nauk- RAKITIN, Yu.V.j,.doktor biol. nauk;
ZEZYULINSKIY V.r.L-Fa-n.-~X..--s-6e?TvrcTroz.nauk; DEVYATKIN A.I.
kand. sellkhoz. nauk; VENEDIKTOV, A.M., kand.sellkhoz. nauk;
TARANOV, M.G., kand. biol. nauk; WRISSOVA, L.G.; BERKNIKOV,
V.V., kand. tekhn.nauk; KONDRATE11KO, R3.1 st. nauchnesotr.;
B0,41SOV F.B., st. nauchn.sotr.
[Chemistry in agriculture) Khimiia v sellskom~khoziaistve.
Moskva., Kolos, 1964. 381 p. (MIIIA 17:9)
1* Chlen-korrespondent Ali SSSR (for Peyve). 2. Nachallnik
laboratorii Nauchno-issledovatellskogo instituta plastmass
(for Borisova). 3. flauchno-issledovatel,tskiy institut
plastmass (for Kondratenko, Borisov).

11/7 1-11ir-ery Jul.-I 59-
3608. (1049) THE USE IN SURGICAL PRACTICE OF AN ERYTHROCYTE SUS-
PENSION IN NO. 8 PLASMA SUBSTITUTE. SOLUTION (Russian text)
R a k i t I n a L_11L_ - NOV. KIIIR. ARKII. 1957, 2 (12-15)
Ap erf-icienl7e'rythrocyte suspension is obtained by the addltion~of plasma substitute
solution No. 8 to erythrocytes immediately after their separation from plasma.
The volume of solution added should equal the volume of plasma removed. The
plasma substitute solution No 8 consists of 1 1. of doubly distilled water.. 90 g.
of saccharose. 6 g. of gluco;e. 3.5 g. of sodium citrate, I g. of sodium sulphate
and 0.012 g. of rivanol (ethacridine). 1.590 transfusions were carried out in 1,189
patients. With shock of grade I or 11 good results were obtained. With shock of
grade III this preparation is Insufficient and a transfusion of whole blood or plasma
in necessary. With shock of grade IV it in necessary to transfuse both the pre-
paration and whole blood. The preparation was used in the following dozen: for
thoracic operations 200-600 mi. by drip transfusion throughout the period of
oper:tion,,and for acute anaemlas 400to 1,400 MI. Fractional doses of 200-400
MI. very 3-4 days stimulate trythropoiesis. (S ~-

KIMMOV, X.M., professor, laureat Stalinskoy premil; SMIRMT/je. professor:
KIRILLOV, B.K., professor, FATVISHENKO, E.L., professor, 11001S, X-7.
professor; BALI. professor, NDRINBERG-CHARMANK, Aje., doktor me-
ditsinskikh rwauk; SAKHAROV, H.I., doktor neditionkikh nauk; KAXkROY,
tI.P., dotsent; BUTIKOVA, R.I.. dotsent; SHIMMOVA. T.P.. kandidat
meditsinskikh nauk; RAKITINA. L.N., kandidat meditsinskikh nauk;
Ya.A., W&_n'&Ua1'v'fh4&itsin&*1kh nauk.
forty years of Professor A.T.Lidskii's scientific, medical and
pedagogical activities.,Khirargita no.6:82-83 Je '55 (M11A 8:10)
(LIDSKII, ARWII TIMOYMICK)

I BURNASHEV, M.S.; CHVMOV, V.S.;- RAKI.TIIIA,-N.P.

-'1- 4 r-Ndt
YEFRE~UAP L.A., zasluzhennyl master sporta; ZAK, M.G.;
starshiy retodist; ZABARtOVSKlyt K.K.; GOLIBIERG A.Ya
M.D.; ZRAVORONKOV, I.Ye. (Kercht); KLYUCHAIRE71A, I.R. (111-10skva
BFLAIA) kand.med.nauk; niOV,B.F., artist
We continue the,discussion of the power of vhysical culture.
Uarowle.8 no.8s26-28 Ag 162.1 (1-URA 1~.-S)
1. Zamestitell glavnogo vracha 2-go Moskovskozo vrachebno-fizl-ull-
'nogo
turnogo dispansera (for Yefremova). 2. Glavnyy vrach Oblast,
vrachebno-fizkullturnogo dispIansera, Rostov-na-Donu (for Zak).
Respublikanskly vracbebno-f1zkuI1turnyy dispanser, Kiyev (for
Rakitina). 4. GlavW vrach Respublikanskogo vrachebno-fizkuliturnogo
dispansera, Minsk (for Zabarovskiy). 5. Zaveduyushchly kabinetom
lechebroy fizkulltury Respublikanskogo vrachebno-fizkultturnogo
dispansera, Minsk (for Collberg). Glavnyy vrach Gorodskogo vrachebno-
fizkullturnogo dispansera, Sverdlovsk (for Kazakov). 6. Gosudarstven-
nyy Akademicheskiy Malyy teat (for Popov).
(PHYSICAL EDUCATION'AUD TRAINING)

PYATIIITSKIY, N.P.; PYATNITSUYA. I.Y.; RAKITINA. B.F.
Kethod of quantitative determination of pepsin and hydrochloric
acid in a small Favlov's pouch in dogs [with summary in Anglish].
Biul.eksp.biol. i med. 44 no.9:10-15 S '57- (MIRA 10:12)
1. 1z kafedry biokhimil (zav. prof. II.P.Pyetnitakiy) Itubanskogo
moditninskogo institute (dir. prof. V.K.Suprunov), Krasnodar.
Predetavlens deystvitellnum chlenom AMU SSSR,V.1l.Ghernigovskim.
(GASTRIC JUICE,
acidity & pepsin in Pavlov's pouch. determ. (Rua))
(PAPSINS, determination

YR-MMAN, S.M.; RAKITINA. Ye.D.. redaktor; GALLOD. A.I.. telchnichoskiy

ORI,OVSXIY. Kirill Prok-oflyevich. deputat Verkhovnogo Soveta SSSR. Giroy

TICHZHTIYZV, M~L., OSAD',KO, M.P.; BRAGINSKIY, B.I.; SLOBODIN, V.M.*. FISICAN,
Z.A.-, LEVIN, I.Ye.-, TSYNKOV, M.Yu.-, BLDIRIYAN. G.G.; TYUTB. V.A.-,
ABR&MOV. V.A.,, YRAY.VR,S.V.; KOBCHIKOVA, I.A.; KARNAUKROVA, Te.l.;
OBOIXIISKIY, K.P.; ILIIN,S.A.; GAVRILOV. V.I.; YRXYDKAY, S.M.;
WASOIKOVA, V.S., rectaktor; IAPIDUS, M.A.. redektor; RAKITINA,
YO.D daktor;. FEDOrOVA, A.F.. tekhnichookiy reds 1-.t
[Manual for students of collective farm economy] I pomoBheh'
huchaiushchim skonomiku kolkhozovi Moskva. Gos. tzd-vo iselkhoz.
lit-ry, 1956. 423 P. (MIRA 10:1)
(Collective farms)

IYANOV, A.Ye.; KOZLOVSKIY, N.G.; X"IMIENKO, S.V.. redaktor; KARTITANOV,

GORDZYEV, G.S., prof.; YAWSHKIN, D.L. Prinimali uchr-stiye: GORSKAYA. N.V.:
GWOVSKAYA, A.Ye.; YEVSTIGOY-3-VA, Yu.G.-, KRYLOV, M.V.; LEYKIN, D.I.-,
KAKHOVETSKIY, V.B.; XEYENDORF, A.L.; NAZARENKO, V.I.; NICHIFORUK.
0.K.; PAVWV, L.I.; RUKYANTSKVA, N.V.; SOSENSKIT. I.I.; CHEMVSKIY.
Yu.V.. TULUFNIKOV, A.I.. red.; SOLOVIYEV, A.T., prof.. red.:
RAUTINA Te.D., red.; ZUBRILINA, Z.P., tekhn.red.
(Agriculture In capitalist countries: a statistical manual) Sollskof
khoziaistvo kapitalisticheskikh stran; stntisitchaskii sbornike
Moskva. Gos.izd-vo sellkhoz.lit-ry, 1958. 247 p. AMIRA 12:5)
1. Moscow. Vaefioyuznyy nnuchno-iEsledovaiellskiy institut ekononikl
sel'skogo khozyayastva. 2. Otdel nauchnoy informatsil po ekonomike I
oryanizatsii nel'skogo khozyayestva zarubezhnykh stran Yeesoyusnogo
nauchno-iseledovateliskogo,inptitiita ekonomiki sel'Rkogo khozyaystva
(for all except Talupnikov, Solov'yev, Rakitina. Zubrilina).
Direktor Voesoruzno.-o nouchno-ineledovatellskogo inatituta ekonomiki
sellskogo khozyaystva (for Tulupnikov). 4. Zanestitell direktora
Vsasoyuznogo nauchno-isoledovatellskogo institute ekonomiki sellskogo
khozyaystva (for Solov'yev).
(Agriculture--Statistics)

BORODIN, I.A., doktor ekonon.nouk, red.; ITANOTA, A.U., red.; RAKITINA.

BUYABOY, P.S., kand.ekon.nauk, red.-. LAPTEV, I.D., prof., red.; SEXIII,

BJM(XJ:iOV. Tu.A.; KORCHANOT. A.T.; RUDIMKIT, Ye.Ys.; SrEFNOVA, YO.V.;
BANHIKOT, N.A., red.; ZAPIVAKKIN, A.I., red.; LAPIDUS, N.A.,
red.:-RAKITINA. Ye.D.. red.: TIMMCHZIIKO. N.I.. red.: YREYDKAN.

- "-,~! !l., - . ~- -~- , I- , 7,
MEREV, M.M.; BOLISFOV, 14.14.; ZAPIVAKHIN, A.I... red.; RAKITINA, le.D.,

; , ~7-

r-
F-

ALTAY~;FIY, I.F., kar4. sellkhoz. nau',.- CHESEEOV, A.F., karj;i. ekon.
nauk; MALDI, A.S., kan6.ekon. ntuk [deceased]; boitOUKU,
V.A., kand. ekon. nauk; ARO-ITOYEV, T.I., knnd. Pkon. nauk;
GLII;YA]PfT.,,V.G., kand. ekon. nauk; FOAM,, S.V., kand.
sellkhoz. nnuk; VIII
ITAYKIN, Z.P., kand. ekon. nauk; DUVOROV,
I.T., kand.okon. nauk; BUSAROV, N.A., kand. se,llkhoz. nauk;
'A red.;
LUKIYPII,OV, A.D.0 kand.. sellkhoz. nauk; R.AEUT11, I''Yo.D.1
SOKOLOVA, EX., tekhn. red.
[Production brigades on collective and state PtrIns) Proiz-
vodstvennye brigady v kolkhozakh i sovkhozalrdi. Mookvap
Sellkhozizd,
-it, 1963. 374 p. (MRA 17:1)
(Farm management)
L

-7 7,
ACC NRt AP602126-1
AUTHOR: Chernov,-V.. M. (Engineer); Raidtinaa-Z. A. (Tngineer)
ORG: none
TITLE. Solidification tpmperatures of the alloys used to produce _11_qEqi,,knqnt i]j~gn s_
SOURCE: Litcynoye proizvodstvo, no. 3, 1966, 31-12
TOPIC TAGS: magnetic alloy, solid state, temperature dependence, fliertnoclectromotive
force / YaND4 magnetic alloy, YuIND8 magnetic alloy, YuIND12 magnetic alloy, YLLNIDKI5
magnetic alloy, Yu.N'DK18 ynagnotic alloy, YuNDK24 magnetic alloy, YuNDK24T2 magnetic
,alloy p
0 atures ivere investigated for the most widely used magnctic alloys
ABSTRACT: These t mper.
L18, YuNDK2.1 and YWNDK~4T2, with 01C
)~uNM YuND8, YuND12 -1-4uNDIC5, )~Dh nd of
ially calibrated (Nvith r6spect to armco iron) thermocouples. These alloys were prepared
sPqc
of M nick-elil AVO altuiiinum, KI cob.Llt' Copper arnico"iron, and titanium, in an induction
fu 'n fl-las $oured 1adle into dry sand and graphite mold!-
lv~ ni J~i~ ly i rom a
after which a junction of a TPP-IV thermocouple with a portable PP-typc potentiometer vv-as
Card 1/3 UDC: 621.7,16.62:669.018.5

ACC NR:
AP6021264
plunged to the dc th of 60 nim into the molten inctal in tile mold, I'liernio-e. ni. f. was deter-
p
mined once every 10 see and the temperature of the metal %was then determined from the
standard calibration table on maldng an allowance for the cold junction. The Lindings were
used to plot curves of the solidification temperatures of the magnetic alloys: YUND4, 1417"C;
YuND8, 1383*C; YuND12, 135,1*C, YuNDKI5, 1,108*C; YuNDKI8, 1,112*C; YuNDK24, 1425*C;
-C. Since the solidification temperature of arnico iron Is 1529*C and, accord
YuINDK24T2, 1395
ing to its constitution diagram, for pure iron the solidification temperature is 1534'C' these
suroments must be considered sufficiently accurate. Since the magnetic allovs'investi-
mea
gated are of [tic inulti-component type, their solidification curves should have included two
horizontal segments corresponding to the liquidus and solidus lines, but the actually plotted
curves (Fig. 1) have only gne horizontal segment, which is characteristic of pure metals and
cutectic alloys. Such a discrepancy can be explained, with respect to the Fc-Ni-Al alloys,
!~V considering their constitution diagram: these alloys have a very narrow solidification
'z~ a (or none at all for concentrations of 40160% Fc). For the more complex alloys-, e.g.
qng
Fd-Ni-Al-Co a constitution diagram still has not been worked out, so it remains to assume
th4t for them too the. solidification miterval is either very narrow or non-existent. Orig. art.
s: 2 figures.
JB CODE! 11, 20 13/ SUBM DATE: none/ ORIG REF, 003/
corul

RAKITINA, Z.ye.

ANUCHINO V.; IOFA, L. ; jw-AK'ITNl-KOV, A.; JAUSF.Jff, Yil,; SOLCT~SOVI ~ T.;
it

(Kolosovskii, Hikolai Nikolaevich, 1891-1954)

- -. ::.