SCIENTIFIC ABSTRACT GRIGORYEVA, T.G. - GRIKUROV, G.N.

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• Collection: Scientific Abstracts
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• Document Creation Date: January 3, 2017
• Document Release Date: July 27, 2000
• Sequence Number: 17
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

GRIGCRIYEVA, T.G., kand. sellskokhoze nauk; BOB15SKAYA, S.G., kar-3. biclog.
naukj TAMKIY, V.I., m1adshly naudinyy Botrudnik
Biological characteriBtics of the cutworm Hadens. sordids. and the
fore'eaet of its aultiplication. Zashch. rast, ot vredo i bol, 4
no.2:38-41 Mr-4p 1,-',9. (HIRA 16:5)
(Cutworms)

GRIGORIYEVA, T.G.; LIKVENTOV, A.V.
In memory of Vladimir Hikolaevich Stark (1899-1962). Ant. oboa.
42 no.lt234-241 163. (MIRA 16i8)
(Stark, Vl4d1mir Nikolaevich, 1899-1962)
. - j-, ~1.";__1 - .~ I .
77'~~~7

CRIGORIYE;VA, T. G.
"Peculiarities of fauna formation in wheat agrobiocoenoses during the develop-
ment of the natural steppes In Kazakhstan."
report submitted to 12th Intl Cong of Entomology, London, 6-16 Jul 64.

Tatly-aria Grigorlytivna;
d
PERS1111, Solomon re
['..'Irowormiq and Lheir controll ProvoloclmiAli i mery borltq s
nlr,i ivn*,mTra,2,,, KoJos, 1965. 221 p. (Mlffult 18:9)

GRIGORIYEVA, T.G.
Characteristics of the formation of harmful fauna in wheat fields
and the problems of plant protedtion in virgin areas of northern
Kazakhstan and the trans-Volga region. Trudy 7bea. ent. ob-va 50:
5-56 165.
Causes of the outbreak and disappearance of the cutworm Hadena
sordida Bkh. invasion in virgin regions of Kazakhstan and Siberia.
lbid.:146-161 (MIRA 18:5)

AREHIPENKOO D.K.; GRIGORIYEVAV T.N.; LCCAIZ, Ya.A.
Identifica'L-lion of imicaoe Rant* min. syr. no.2:46-51 162.
(MIRA 16-11)
lo VessoyuzMy nauohno-iseledovatellakiy geolopicheiskiy
inatitut 14inisterstva geologil I okhrany nedr SSSR,

ARKHIF~;NKG ).K,; GRIGOIZ'YFVA, T.N.; Kf),JAIYVA, L.T.
Comparlson of the content of oxonlum in various vermiculites by
X-ray diffraction analysis and infrared spectropcopy. Rent.min.
syr. no.3179-84 163. (AURA 17:4)
1. Institut goologii t goofiziki Sibirskogn otdolenlyn AN SSSR.

KAZANKINp O,Ne; DIKHTFM, M.A.; OU00RIMNA, T.N.
Davmlopm~nt'of the "non-gas" tathod for tha'synthesis of ploctro-
luminophore, (Trudy] GIPKH no.5103-56 164# (MIRA im)

D.K.; BOID-S`A-:*,'.~,Y~V A.A T.N.;
Possibility of fillinp octahedntl strictural positions In irlicas
with univalerit sodium cations. Dokl. AN SSSR 100 no.2:1.Z)-431
Ja 165. Is::-)
1. Institut geologii i geofizIkI Sibirskovo atdeleniya AN SSSR.
Submitted September 14, 1904.

D.V OR
fos~stble lj.itigtt f (.,;i' lnlrar~o
trie iilc 11, rill, ,-(,V t,,.~!F .
geofiz. 311. rt,,A. AN 5-.P

GRIGOR'=IA, T. P.
GRIGOROYEVA. T. P. -- "Material on the Stutty of the Cerebral Symptom
Complex In Toxic States in Toung Children." Tomsk State Medical Inst
imeni V. M. Molotov. Tomsk, 1955. (Dissertation for the Degree of
Candidate of Medical Sciences.)
301 KnIghnLyA Jetogla', No, 4s Moscow, 19~6

GRIGURIYBVA9 S.t ndidst maditainakikh nauk
Treating Injuries of Achilles$ tendon. Ortopetravu. i protez. 17
no.6:118-119 N-D 156. MIA 10:2)
11 Is Swerdlovskogo anuchno-looledovatellskogo institute Toostano-
vit~1'no7 khtrurgit travmtologii i ortoptdii (direktor chlen-
korresp9ndent ANN SSU profeesor F.A.Bogdanov)
MOON CW ACHUJAS--VOUN!)g AND INJURIES)

"t-PRIGORIMA, T.S., kEiudidat mediteinskikh nauk
Organization of traumatological aid at the uralwah plant. Ortop.
travu. i Protez. 17 no.6:127-128 N-b 156. (XLRA 10:2)
1. Is Swerdlovskogo nauchno-insledovateliskogo Instituta Yonstano-
vitellnoy khtrurgit, travmtologil i ortopedii (direktor chlen-
korrespondent ANN SSSR profesebr Y.E.Bogdonov)
(FIMT AID IN ILLUMSS ADD ILTURY)

GRIGORIYEVA. T.Soo referent
Hibutes of the session of the Ural Society of Orthopedists and
Trauma tologi ate hold on Hay 29, 1957- OrtcV.travm. i protez.
18 no,6:79-80 " 157. (MIRA 11:4)
(ORTHOPSDIA)

GRIGORITEVAO T,S*, prof.9 MOSTOVAYA, RePe
Comparison of IndustrIel and nonindustrial Injuries among lzubistrial
workers. Zdrav. Roo. Federo 2 no.12817-22 D 158 (MIRA 1102)
19 Iz Sverdlovskogo nauchno-iseledovatellet-ogo institrAs voestanovitell
noy khiru ii. travmatologii i ortopedii.
ITRAWATIS.)

,GRIV,CRIYICVA, Tatlyana SergeysYna
------ ---- -
1
(Treatment of industrial injuries of the extremities] Lechenis
proizvodstvennoi travoy konschnostai. Moskva, Medgiz. 1960.
140 P. (MIRA 14t2)
(ArMAKITINS (AXATOKY)--WOLWW AND INJURISS)

GIRGOA I MA,-T EZIMIC0, A.S., khirurg mediko-sanitarnoy chasti
_prof.; M
Prophylaxis and treatment of small lesions of the vorkers'
hand in the meohanized assembly shops of the 'UralelaktroappKrat"
Faotory. Zdrav. Hos. Feder. 5 n%9:23-28 S 161. (MIRA 14:9)
1. Iz kafedry gospitallnoy khirurjif pediatrichoskogo i sanitarno-
igiyonichookogo fakulltata Sverdlovskogo~-meditsinskogo institute,
rlektor - prof. A.F.Zvorev) i mediio-sanitarboy chasti zavoda
~
"Uralsiektroapparat" (glavnyy vrach M.A.Lychawya).
(HAND-WOUNDS AND INJURES)
'ZV

GRIGORIYEVA, T.S., prof.
Treatment of injuries of the tendon of Achilles. Xhirurgila
no.901-56 161. (HIRA 150)
1. Iz Sverdlovskogo instituta travmatologii, i ortopedii (dir. --
kand.med.nauk Z.P~ Iubegina).
(TMEMON OF ACHILIM-WOURDS AND DJURIES)

GjjIGc!,krrEVA, T.S.,
.(tc..-nal resi-Iration ;n
f 0,
Some lnd!cv~3 o - - 1 '-:7)
,,).2:71--75 Iklr-Ay
stenosiz. Kaj-d !,)loft,! ia 5 C
1. %ftf,-~dra gospitallnoy khLruri'll C', y e
pedj,.atr'Lz:he.3kc)-,,k) fu'r,~I, tv"ta
A."
It khirurgicheskoyc otAcletil"r'! tul-itsY ti('-"
Kokovikiiin).

GMDOV, K. A. doktor tekhn.nauk; BEGWRABSKATA, Te.l.; GRIGORIMA, T.V.
Nature of the distribution of packing mnterial fed by compressed
air Into an inclined opening, Podzem.pnz.ugl. no.1:43-45 157.
(MIRA 10:11)
1. Institut gornogo del& Akademit nauk SSSR.
(Coal gasifiention. Underground)

0 f P,
7, ~~
-I --_r I
'I - -7-h-la-22
Translation froms ReferativnYY zhurnal, GnologiYa, 1957, fir b pp 11 (UCSR)
AUTHORS: Tikhvinskaya,, Ye. I., Krupin, 7. 1., Sokolov, M. N., Vinokurov, V. M.,
Veryasova, M. P., Mallkovs1dy, F. W., Grigorlyeva, T. Ye.
TITLE: "Stratigraphy and Facies Relations in the Fermi De:osits of the Tatarskaya XSSR
(Osnovy stratigrafii i fatsiallnoCo slozheniya ptrmskikh otlozhen:-*_y Tatarshoy ASSR)"
PMODICAL: Uch. zap. Kazansk. gos. un-ta,, 1955, Vol 115, Nr 10, rP 113-117
ABSTRACT: The Peri-dan deposits of the Tatarlyn are divided into the Lower Permian (21,~O n
to 3.10 m thick), represented by the Schwagerina, Tastuba and Sterlitanak horizons of the
Sakmara sta0e, and also by the ArtinsFan and Kungurian stages. The authors point out the
limitod distributiun of the Artinskian series, completely develo-ed (80 m) only at the
extreme eastern edge of Taturiya, where it is subdivided into two horizons. The lower of
these two horizons is composed of anhydrite and dolomite. The Euni:urian series ilso has a
restricted distribution. It consists of cai,bonate-aulfatp-clay deposits (up to 20 m).
The Ufa series, with a thickness raneing from 0 to 140 m end more (on the east), is re -
ferred to the Upper Nxidan. The Kazanian do-osits ,Are ser'.krated into an ~irper and a
lower Kazanian. The Yadrenogo Kamnya series ccc,Lr~j at the base of the upper Kazanian.
The lover Kazanian seauence is divided into three horizons. In tl-..c ?17:cna cj' ui,,br pice-
mont deFositag" these are insular, deltvic-littoral, and red-lijed fonvitions. The lower
Kazardan rests on an eroded surface in the Ufa series or cn the Loi:er Fer.~dar. There are
intrafornational erosional zones in t~c- upixr `azania:'., the c;' rLich subdivide the
deposits into three principal rhytiu-de units. "The Tatprian stLf"c (2M n to 2550 m thick)
is divided into two nuLsta6en. The up;-,er substal,c evidence of strc-r,-1- surface
erQsicn. The lower substaie contaim-, sedinento fori.ed in a rksidun3 freshened ba s i r.

XILIKNOV, A.M.: GRIGORqNVA, T.Te.
Bondyushokoya oil field. Geol.neftl t gaza 3 n0-5:50-53 Ar '59.
(MMA 12: 7)
1. Treat Tatneftegatrasvefts.
(Pondyusbakly District--Oil fields)

GRIGOffNA, U.Y**'
0000
2010 Of vitamin P In cholivaterol notabollso In rabbits (with summary
In Inglish]. Toppito' 27 &oj131#..3q 1.-0 158 (MIRA 11 120)
Is Is kafedry blobbloill (saTo - PrOf o $eye S9dXVOt*kl7)Lonlngradskogc
sanitarno-giglyonichookage uedltobwkoge lustituta*
(OROMSmat uqtab~
offo of vitauls P, in rablbite (Us))
(T VMIN P, Of ;
on aholostorol setab, lo rabbits (%a))

GMIR, I.; GRIGORIIEVAI___K.--.
Conference on the economic effectivenooo of oil and gas prospecting.
Geol. neftIA gaza 6 no.7:54,-56 J1 162. (MIRL 15:6)
(Petrolium geology) (Gup Natural-Geology)

PTATNOV, V.I., GRIGOROYSVA, T.A.
Form of sand formtIons of the Byelossary spit of the Sea of Azov.
Trudy Inst. 9009. 8ft87-92 160o (MIRA 13:8)
(Azov. Sea of-Sand)

32273
3/6 ly59/000/008/014/016
D216 D304
0
AUTHOR: Grigorlyeva, V. A., Aspirant
TITLE: A numerical method of approximate solution for diffe-
rential equations containing a non-linearity of the
form f(x,k)
SOURCE: Kuybyshev. Industriallnyy institut. Sbornik nauchnykh
trudov. No. 8, 1959. Teplotekhnika; vopro8y teorii ra-
soheta I proyektirovaniya, 271-273
TEXT: B. N. Naumov (Ref. 1: Sbornik rabot po avtomatike i tele-
mekhanike. Moscow, 1956) described a numerical method for solving
differential equations containing non-linearities of the form
f(x). The present author extends this method to the case with non-
linearity of the form f(x,k), which is often found in the theory
of automatic control. The general form of the differential equa-
tion is
(n)(n-1) (t) + f (x, i) n,.;;'l
Card 1/ 5 F xj x0V*.jx

3?M
3/61 59/000/008/014/016
A numerical method ... D218YD304
y(t) = ~(t) is introduced and use is made of the Laplace transform
D1(p)X(p) + D2 (p) Y (p) = J(p) + Lif(x,y)j + Kj(p)
pX(p) - Y (p) = K2(P)
where Ki(p) is a polynomial whose coefficients depend on the ini-
tial conditions. This gives
where X(p) = G(p) + H(p) Ljf(x,y~
f(p) + Kj(p) + D2(p) K2(P)
Dj(p) + pD 2(p) H(p) = D1(p) + PD 77P
Card 2/5

A numerical method
Assuming
3227
S/6 12 59/000/008/014/016
D218MO4
G(p) = L (g(t)j and H(p) = L t h(t
which is permissible, since p--;~oo, G(p)--,)-O and H(p)--;~-O, it can be
found that t
X(t) = g(t) + h ( t - T;) f (T) d'C-
where
~(t) = f [x(t), y(t)]
Similarly, t
Card 3/ 5 y(t) = q(t) + u (t --C)f(-C)d-L-

A numerical method ...
1122
SY6 1 Y59/000/008/014/016
D218 D304
The integral is evaluated approximately by the formula
1h f + h fq
n = gn 2 1 n-1+ n-1 ij
f + u f
Yn = q n+ T 0 n2 n 0 + u1fn-1 + un-1 f1]
where zk = z (kT), fk = f (x kFyk ). When ho = U0 = 0 the calculatiors
are easy because neither x m nor ym depend on f m. One can then use
the table given in Ref. 1 (Op.cil'.). If on the other hand h 0 / 0
or u0 / 0 then either x nor yn can easily be found while the other
can be found graphically as described in Ref. 1. When both h 0 and
u0 are finit-e, the problem can also be solved graphically. To do
Card 4/5

A numerical method ...
32273
S/612/'59/000/008/014/016
D218/A)304
this xn and yn must be expressed in terms of each other:
Xn = ~(Yn)
Yn = f~(Xn)
and the system is solved graphically. There is one Soviet-bloc
reference. Z-Abstractorla note: Essentially complete translation.-
Card 5/5

-v A
y
Abst
Vol. 48
pr. 259 1954
Al
Bio3.ogicgl Ght
G
sudwelww-
Aced.
1"W V. Zko". 31.
"til
W. NIN-3 Klev)' The Ulblll~~ 91"d 1~ h
my) - flaw. phorp 0,
(1949XRUIGI" lumn 'fmnd pbosphw tka
dl" fpn in -bkh -- wphophatest in
glucMuts" "d adc"Ointl
IVRd In WSW-
OWL

G-R iG-DQ'Yr-vA,
v;
Biochemical dals-in' ental muscular dystropfiy
of the rabbit. 1. Ths-N-4111F of adcaosinetriph" hate
(ATPI upon dystro?hk muscle processes. D. L. 1111sman
and,V. A. Otisor aft (lost. Illuchm., Acad. Sci. Mr.
".R., Kiev). Ukrok. Maktims; Z or, 22, 41-8(48-U,
In RuaslauXI950).-ATP Introduced-In stuall amts. Into'
rabbits on a vitamin IW t dkt Inhibited the dmlop-
ment of muriciaLu dystrophy. ATP is proposed as a them
peutic ultent for thempy of muscular ailments In man.
claytou if,viul
Owm)r

---Y - - -
U."SRP,'e(Moine - Miscular Dyvtrop1W, Vitaminn Jan/Feb 51
"Morpholovical Chanres in Rabbit Muscles in E)q)erimontally I duced thiscular Dystrophtp"
N. A. Maksimovich, D. L. Ferdman, V. A. Grigorleva, Inst Bioc-hem, Acad Sci Ukrainian
SSSRj Chair of Pathol Anat,, Inst for Advanced Tng of Physicians., Kiev
"Arkhiv Pato1j" Vol X III, No 1., pp 56-61
To obtain parallels for cases of propressive muscular dystrophy with attendant morphol
chRngen In cuscles and distrubances of metabolism In manp ral)bita were fed on diet
deficient in Vitamin E. They quickly developed dystrophic changes of skeletal
muscles) which reached the point of necrosis. Concurrently, distrubances of creating
metabolism set in. Intramuscular injections of adenonine triphosphoric acid slow down
dystropby process induced by Vitamin E deficiency. This is borne out by morphol
irrvestigations which agree with the findinps of metabolism investipation. While
adenosine triphosphoric acid obviously affects metabolisn In the muscles and has
great therapeutic value, the reason for its actions is not yet understood.
186-L66

GRIGORIYBVA. V.A.
Data on the study of experimental muscular dystrophy. Report no.5:
Glycolytic processes In muscles in experimental muscular dystrophy.
Ukr.biokhim.shur. 23 no.4:386-397 151. W& 9:9)
1. Institut blakhiull Akademil nauir URSR. Kity.
(DYMOPHY, MUSCULAR) (GLYCOLYSIS)

USSR/tbanistry, Biological I Aug 52
Phosphorylation, Isotopes
"latensity of the f4etabolism of Phosphorus
Compounds In the Muscles of Rabbits During Ex-
perimental Muscular Dystrophy (E Avitaminosis)",
D.L. FarcIman, Cozz Mem, Acad Sci USSR, V.A.
Grigorwyeva, Inst hiochen, Acad Sci USSR
7,o 1~, pp 863-866
'Mok Ak Nauk S.SSR" Vol I -
Using radioactive phonphoxnuz as a tracer, dctd
the in-.;ensity of the introduction of that phos-
phorus into the fractions of total and ~Lcid-
so], phosphorus, AV (ademovine triphosphoric
acid), inorg phosphate, and creatine phosphate.
Found by isolat* the comTdz and fractions in
question and by detg their radioactivity that
Phosphorus metabolism proceeds much faster in the
muscles of dystrophic rabbits than normal ones.
This is not due to an increased content of radio-
active phosphorus in the blood of dystrophic rab-
bits and compensates for a lowered content of the
energy-rich ATP and creatine phosphate in the mus-
cles of the latter.
227-T19

7.-A-
The Camittee an Stalin Prizes (of the Cotmall of Ministers USM) in the MIA of
*cIews and Invoutl=n sewma" that the foLlowIM scleatifto vorks., 00160-
tific books, wA textbooks have been sukdtted for competitim for Stalin Prizes flor
the yean 1952 wd 1953. (pg!d!kNM- Mmm,, No- 22-40a 2D ftb 3 Avr 1934)
NM
GrIf-.or lyovn, V.A
TIUO of work
"'D L o HI - tr,,- ! nd 11r
nf h!rxic T"'s-r-
Ac-
Sos. W-30604, 7 July 1954

EVA, R -
..,tn3 rell",%4 rate of Vsksti. 1'rowil.-Ili. V.
~ I i. t71. r W-,'TA~v
1, Ilmd-cm., Ao~d 'k
Zhut .17. -imrxwy, I.,j;-7)
(1j"5). ci. tbi.l. 2.1, dv~lr-141 V ill
t.ll'bitl was prodowl hy the admi"i - t 1 41 i, la of a Yfl w, 14:
Vitmililt R-Irct dki, ,
31111 Owy wert. th..l. Rivol
111140totti IA radiiinctt,joilitte. Aftct 2-1 hrq. utw&-~
almly-.Ed by dL~vTifled. In cipti. dj,,f,r-03Y
tt:~ C,~Iltclkt of 11,0--iol. prottin, is 14mcfed, th'it (I
Is Incrk-al:4. 'I'lit rate of pr~trin jenew-al iilcrk-~,l 31C~.
II'jj_'VEd t0 bv tttle to the ill tLe fe;jCjV7tl f,ite of
11,0-snl. prctdq~ (vVilk-h constitute rA% of file total ),to-
ichil) and pattly due to zalu. The rates Of colugen alld of
sayesin vmtwal remined very nearly normal. The tole
of the c41 trail petme;&bilit~, as a factor influ-mcial the rateA
l.-[ rtscwul of Hr()-sol. protrinsand ofactin mwit be exciutW
on the evi-lence secured from the study of the radioactive
nonprotfl-ts type of 5 in nomW and dystrophic tabbit
muscles. It Is assumed that tije increases in the renewAl
,f its M H50-101. proteins and of actin are specific clunct Cris-
IN of tuvscubr dystrophy. D. S. Levine

-Yr
-1 u
r" 'S' W, - 0 r"", I
um V A Gfiga'-VA VO-1 V
Warm. Xokhini~ Zhur, 2R, 278--94(Ru%0Lu *urninary,
(1960).-The twiMmI deamistlaq of tabUti wouittil ti
that mwau of 0-8-1.0 wk. of thl Scistio nwe-.- The rit-,
r-,CttVt'3 SUbtUUnCOU1 a J`AdI~AY'1-I1-&"-'ki-.-:
10-12. 20-23 wul 30-15 ifaya rftcr tU d4tuerv4t;oa~
W
e Auhals wme drKitphati-d -"$ hro. PLIm wl-.~ !a6t
jilun r'P4-the druezvAlted RN ( rom the
!contfol nw-wili mmove'l, Watte'l' Kad 6tw"1114 for the con-
tvnt of tctal wid IftO-gul pratcij~,s of WiNin Mid !'Q'611-
retAt;t# ImAcnit,1 thit even ta tht'rarly JAYR fdlcvvi~-z
denervation, when the $1 1 of atrophv ike Wrely Izazlif~-.~t
I Lie,) "~ no cutinge,'
lam of muscle wt ICU Tan A
lectAble In the content (it 1110-1cl. nr,.,l Total mwk:t- P:--
telm. the tate of inrlu3loa of radio metbioniu:! Into thvn~!
rnur.le frectirim is mvidtrably redisced. Begiani:19 "ith
the 20th d-y after denirvatLoo, plofolind cliang.:s app-,r
lia the content of the n;uuJe fractiulis ILEILI in MO TILIC of
!Fenewal (it tW~t-ottlasAn'the iltntrwed rnu.-46~:], jhc
reAuctiou In thi prattIA content In tile -Wwlt fibers 30-75
days after tile 'oprtj P~ 14 wujjejL~j by an ilicte.11-, in the
rate of theIr ceiteww' vhIl k C~peciAly Ime of tile 11-0-
'Ina in which c ale -., reductirn in 1.*,% pmtr;n cu-1-
'Iro"
-1 by
tv'ot of 45 1% arall0c. Z, Incteile NtIc tvnmal of
the wasch. &I"R.Lf C01111itiMS llr=ftil in ttIC C-Vle of t"I"t
,structur-al ptottins. 71M.4, or, tll,!~ LO :",O~ ""v "It f IL i'f
111YO-lo rellelval N a% hiqh " C.") '"-, ilti'l , f t!'.. %,"ill 1-11" ",'
,kt 00 to .35 0 Ays I) g J .-I i"%~ t1i.- , ""f .It '-f d"-
lusciv protems Is lulvircd 'b" i;i"' J tl":r rc-

SILAKOVA, Anna Ivanovna [Sylakova. H.I.J, doktor biolog.nauk+-ZRLQQBITXVAj_
V.A. jHryhorlievs. V.A.], ksnd.biolog.nank, red.
[Vitamins and their significanae far human health] Vitaxiny ta
ikh snachannin dlis. sdorov'1a liudyny. Kyiv, 1958. 39 p.
(Tovarystvo dlis poshyronnia politychnykh I naukovykh suan'
URM* Ser.5o no.12) (KIRA 1214)
(VITAKINS)

GRIGORIYEVA, V..&. [Hryhor'lova, V.A.)
IkLtU on a study of components of the adenylic eyotem in
skeletal and cardiac muscles In experimental muscular
dystrophy. Ukr.biokhIm.shur. 31 no.3:351-360 '59.
(MIRA 12:9)
1. Institute of Biochemistry of the Academy of Sciences of
the U.S.S.R., Kiyev.
(HUSCULO DThMOM) (PHOSPHORUS KIWOLIM)

DVORNIKOVA, P.D. [Dvoany ova, P.D.]; GRIGOR'YEVA, V.A. [Hryhorlieva, V.A.]
Incorporation of nethlonine-05 into various enzymatic proteins of
xuscleao UkrobiakhInazhure N no*Z:192-ZO2 160. (KEFA 13;11)
1. Institute of Blochoxdstr7 of the Acadewy of Sciences of the
Ukrainian S.S.Re, Kiyev.
(NMIONDM)
(PROTMS)

GRIGORIYEVA.-I4. [Hryhorlim, ~.Al
Ratio between adenosine triphosphate and adenosine diphosphate con-
centrations in muscles during atrophy induced by denervation and
tenotomy. Ukr. biokhim. shur. 33 no.2:159-167 161. (MIRA 1414)
1. Institut biokhimil AN Ukrainskoy SSR, Kiyev.
(ADENOSIIWHOSPHORIC AGGIDS) (ATROPHY, MUSCUIAR)

ARAVIR, V.I., prof*# doktor takhnonauk; GpjGCh'YEVA, V.A., inzh.
study of the flow of ground water toward a pump with a filter of
variable length. Izv. VNIIG 65:77-81 160. (MIRA 14:5)
(Waters Underground)
i!
A

r. rd
I,i
Y

Abz3. Jour
Au-uhor
Institut.
Tltlo
:Dinu, I..; Sorgh~uj,A.;
:llimonivr, Acr,Cera *- cScffenit).;
L 7
E-r"C~ 0-
U J. T
Dc Cf pi -I- t~-, .
Orir,, lub. 7.1,1 0" -
-) V 6,~`-f 63
19,61
Abs lv* Y-ac t u 3
fn'l rr g as pro-
'J~Ylau-4~ic an(! -qor`:~.cl-l-l w; 401-
kl t '4
C 'Ird %
fp
"Arl.-ricultur.,) Lranch.

RMUNIA/Chemical Tochnology. Chomicd Products and
Thuir Ur:ej. Part !I:!. Food ln~,ustry.
Abs Jour : Ref Zhur-Xhimiya, 'No 152 1953, 51935
Author : Radu, A.,-Grijineu _.S., Serban, S.
Inst : -
Titl(, : Productive Yield in Bucharest's Slaughter
House when Pigs of Different Breeds -Lrd
Weights are Slaughtored.
Orig Pub : Probl. zootehn, st veterin., 1958, No 27
36-36
Abstract ; No abstruct
Card 1/1

NICOLAU? C. T.,, prof.; APATEM, V., dr.; NICOARA, S.,, dr.; GRIGORM, Gh., dr.;
Colaboratori toWai, GRIJOTTI, 71.1 RADULEANU, St.
Restoration of hematepoissio vith autelogms bons marrov preserved in
glycerol at 76 degrees, studied in dogs treated with 3-39. Had. intern.
13 no-1011431-3437 0 161.
HNUTOPOrwis)
THROPLASTIC AGENTS pharmoology)
M
(DOME MARROW transplantation)

VILLERI Don Dzh.[Miller, D.J.); PEYN, Tomas G.[Payne, T.G.1; GR1R Dzh.
(Grya, George); BALASHOVA, 143.[translator]; KALINKO, M.K:p--
doktor geol.-miner. nauk; SHOROKHOVA, L.I., ved. red.,- VORONOVA,V.,
tekhn. red.
(Geology, of possible petroleum provinces in Alaska) Geologiia nef-
tagazonoanykh provintaii AliM.:k.J. Pod red. i a dopolneniiami MA
Kalinko. Moskvaq Gostoptekhizdat, 1961. 181 p. (MIRA 16:6)
(Alaska-Petroleum'Feology)

SO V/1 37- 59- 3 -6922
Translation ~-om: Referativnyy zhurnal Met;tlhirgiva, 1959 Nr L p .18t 'USSR)
AUTHOR (-! r i ka, K - K
TiTLE Mechanization of Forging tnd Starnping Operations iOpvt mcklianiza-
tsfi kuznechnykh i shtanipovochtivkh rabot,
PERIODICAL. V sb. - Chelyabinsk kuznetsy - bor be za tekhn progress
Chelyabinsk, 058, pp 86-96
ABSTRACT. A description of measures undert,:sken to mechanize the following
operations~ Operations in the procurement department: transporta-
tion of forgings between stations; processes of hardness testing of
the forgings, and their transportation between The Various shops
The design of the scaffolcliiig~ tile pull-over tr,%nsfer. and the convey-
or serving the cold-scarfer mdchine is described together with the
design of a pneumatic furnace pusher Situated near the shears, a
tilting conveyor, and a scraper conveyor
Ye L
Card 1/1
7-11,:,~ ~ -7

SO V/1 371- 59- 3-6923
T-inslation from: Referativnyy zhurnal. Metallurgiya, 1,459. Nr 3, p 286 (USSR)
AUTHORS, . Grika, K. K., Dement'Yev, B. V , Tashchev, A. K
TlTLE~ Mechanization of Repair Operations in Forging Shops (Mckhanizatsiya
remontnykh rabot v kuznechnykh tsekhakh)
PERIODICAL. V sb.: Chelyabinsk. kuznetsy v bor be za tekhn progress.
Chelyabinsk, 1958, pp 97- 104
ABSTRACT: The following forging equipment employed in the mechanization of
bench operations and machining- assembly work is described. 1) A
press for dismantling of press-fitted components during the repair of
equipment; the employment of this press at the ChTZ I Chelyabinsk
Tractor Plant I not only facilitates the work of the operators but also
results in a saving of metal owing to the reutil)zation of mated com-
ponents made possible thereby; 2) A device ('D) emploved at the
Chebarkul' metallurgical plant for raising of anvil blocks which are
too heavy to be lifted by a crane; a crane-type D for changing the
head of a drop hammer; a D employed at the ChTZ for polishing
anvil blocks equipped with a mechanism for advancing the support.
Card I/ I Ye,L.

83352
S/139/6o/ooo/oo4/009/033
~U V0 E201/E591
AUTHORS: Grika. Y.M.. Gutin, S.S., Matoshin, V.M. and
Serbulenko, M.G.
TITLE: The Problem of Electrical Forming of Germanium Point-
Contact Diodes 3.15
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy, Fizika,
ig6o, wo.4, pp.98-lo6
TEXT: Mass-produced germanium point-contact diodes of D-2
type are formed by single 50 c/9 pulses of 0.05 sec duration and
1-5 A amplitude (35-70 V). Such forming produces diodes
whose properties differ from sample to sample, because the result
of forming is governed by the initial properties of the devices.
To investigate the problem the following procedures were followed.
Instead of a single pulse the authors used either a series of
short (millisecond) pulses of the same amplitude, or a series of
short pulses with the amplitude increasing step-wise at each pulse.
After each pulse various parameters of the diodes were measured in
order to find out how the rectifying contactwas affected by
forming. The measured parameters included: (1) capacitance of
the contact in the blocking (reverae) direction, (2) forward
Card 1/1,

83352
S/139/60/000/004/009/033
E201/E591
The Problem of Electrical Forming of Germanium Point-Contact Diodes
current_(J ), (3) reverse voltage (U 06 ), (4) slope of the
current voHage characteristic at near-gero currents, (5) photo-
e.m.f. The circuitry of the apparatus is given in Figs.1-3 and
some of the results in Figs. 4-5. The latter two figures give the
dependences of the reverse voltage, forward current and diode
capacitance (C) on the number of forming pulses. The results
obtained by the authors showed that it was necessary to produce
a molten crystal region at the metal-crystal boundary, without
melting the metal poInt. The authors recommend forming by a
series of short pulses whose current amplitudes rise step-wise.
After each pulse both UOGp and J np should be measured. When the
desired values of these two quantities are reached, forming should
be stopped. 86% of the samples had the required parameters
when this pulse sequence method was used. The authors developed
automatic apparatus for pulse-sequence forming of point-contact
germanium diodes. This was tried out under industrial conditions
and was found satisfactory. There are 5 figures and 9 references:
Card 2/3

83352
S/139/6o/ooo/oo4/oo9/O33
E201/E591
The Problem of Electrical Forming of Germanium Point-Contact Diodes
6 Soviet and 3 English.
ASSOCIATION: Novosibirskiy elektrotekhnicheskiy institut
(Novosibirsk Electro-Technical Institute)
SUBMITTED: September 23, 1959
vl<
Card 3/3

GPIKlil'ov
maid AN for opeammu 0. .14.
.*tkim &"a P. M. (14690V (Ignivemd rfcbow. Int.).
-.14. 1
/4"444V8 fA6. 4$"110w).--Atmwjw6km stwillm I
to" be tab" With o wrtal ml, I two of 2 thtrmk.1
ryliftol~ I w1kes Fm I I I emb C*tww WMIS silwilm
.#to*. Tlw xwOW con be samishm% or Au.0ated
two". Tlw tW mliag .10 ftw ad)wtmmt of wil-
thichasm. w1we a esOnted mbomin t- - is "Md.
A films amim (INOW) b rmdiw tbmwbd into the ellim-
der, (I. M. xamoupol

GRIKEVICH,; E. [Grikevica, Eel
Calmdating the yield of Intorfering wells. Vestis Latv
ak no.6:73-76 162#
1. Institut geologii AN Latviyukoy SSR,

LOPATNIKOVA, L.Ya., kand. tekhn. nauk; jjR~MVICH, L.N., inzn.; IC.EWTIYEVA,
V.S., inzh.
Petrographic studies of synthetic baritm-manganese slag. Trudy
MITSement no.1908-106 163. (MIRA 17111)

Andrey lvanovl---)-. [ firiLlmol A. I.]; FALINITSKYY ia.
[Xallrlytslk~i-l 'R.U.], red.
(Improving organization and wages on collective farms]
Udoakonalennia organizatsli ta oplaty pratsi v kolhos-
pakh. Kharkiv) Kharkivalke krWzlikove %,yd-voj, 1962. 34 p.
(MIRA 17:10)

GRIKHNO, F.P., kaud. tekhn. nmik.
, , ,
Readjusting positions of cutting tools resulting from thoir wear.
Hashinostroitall no.4:6-10 Ap 158. (NM lit5)
(Metal cutting tools)
...: ;-:,A~:.,---,~::-
... i, 1, ~ :

I I - 1.1,
WHIRIN.A.I.; GRI]MO.G.P.; BOHRIK,P.I.; ZAMOROV.D.F.
Investigation of adjustable tool attachment used i- surfnce
machining. Trudy KATI no.24:69-79 154. (NUU 8: 10)
(Machine tools)

Gli I I -L'L!~' , ~', . F .
GRIKPtIO, G. P. ---"Investigation of tLe Process of tim Ditronsionul 3etiip
Adjustment for Cuttsira." tDissartatlons for Degrees In 03clunco and 7n.-Inuorine,
D,fended at U3;3.R H16-her Sduc~tlonal Institutions) Min of Hig-hor Education
USSR, Moscow Aviation Technolo,;Ical Inut, ),Moscow, 1955
SO: Knizhnaya Ietopis', No. 25, 18 Jun 55
For Degree of Cnry3ltlate in Technical Sciences
F:;:
j~ 7

SOV-117 58--4-.2/21
AUTHORs Grikhno, G.P,, Candidate of Technical S,-,.ences
TITLE.i Correcting the Tool Position to Compensate for Wear (Korrekti-
rovaniye polozheniya reztsa v avyazi a yego iznoaom)
PERIODICALt Hashinoutroitel7g 1958, Nr 4, pp 6-10 (USSR)
ABSTRACT: A new method of automatic compensation of the wear of turning
and boring tools, developed under the direction of Doctor of
Technical Sciences~ Professor A.I. Isayev, is described. The
essence of the method, consisting of automatic turning of the
tool at a certain an le around a point, is considered and illu-
strated by drawings fFigure 1,4). Setting devices basing on the
described theory have been designed and detailed design dea-
criptions are accompanied by drawings (Figure 293). The follow-
ing conclusions were made after experimental study of the pro--
ceass The turn (rotation) of the tool by an angle in the setting
process eliminates the increase of the cutting force cause4 by
blunting of the tool, but there is a limit for the turn angle
(160), after which this force does not diminish; the turn of the
tool affects insignificantly the dynamics of the cutting pro.-
cess only, and hence the method requires no additional calculs
Card 1/2 tions of the value of consumed power. the drastic increase of
"c'

I Correcting the Tool Position to Compensate for Wear SOV ... 117-58 4-2/21
micrc-hardneso of the work surface caused Iv-.oorn too-' is eliml-
nated, i.e. the turn of the tool In automa.ic setting reduses
the micro-hardness of the surface to the value corresponding to
the hardness which is mi--" y a new tool., It is expected that
the method will be practically app!2ed- There are 5 diagrams,
4 graphs, and 3 Soviet references.
I. Machine t_)ols--Operation 2. Gutting tools--Appll,cations
Card 2/2

50)
AUTHORS: Romadan, 1. A., Grikit, E. Ya., liov/62-59-4-22/42
Shuykin, 11. 1. _'
TITLE: Alkylation of Toluene by Moleculnr Compounds of Alcohol* With
Boron Fluoride Under Pressure (Alkilirovaniyc toluola molekul-
yarnymi soyedineniyami spirtov s ftoristym borom pod
davleniyem)
PERIODICAL: Izvestiya Akademii nauk SSSR. Otdeleniye khimicheskikh nauk,
1959, Nr 4, pp 705-709 (USSR)
ABSTRACT: In the present paper toluene was alkylated in the autoclave
with n-propyly ioopropyl, n-butyl, isobutyl, isoamyl, and
n-hexyl alcohol in the presence of PF 3 at 170-1800 and under
40-60 atmospheress As a result 1,4-iialkyl- and 1,2,4-trialkyl
benzenes were obtained in a 62-87 Jyield of initial toluene.
1-methyl-4-alkyl benzenes amounted to 53-70 of the total
quantity of the alkyl benzenes obtainedo whereas the yield in
1-methyl-2,4-dialkyl benzenes was not more than "~-17 %. The
monoalkyl toluenes precipitated from the catalysates had con-
stants similar to the data for synthetic alkyl toluenes, Upon
Card 1/3 alkylation of toluene with n-propyl alcohol,
4,

Mylation of Toluene by Molecular Compounds of Z;OV '62-~-9-4-22,'42
;ilcohols With Boron Fluoride Under Pressure
1-methyl-4-ieopropyl benzene was obtained:- mcltin~,, point 177-40,
n20 1-4915, d20 0-857r as compared to meltin~~ toint '1770,
D 4
n20 1.4909, d20 0-8573 (Ref 7). Upon alkyIntion with i3o:-iopyl
D 4
alcoholp 1-methyl-4-isopropyl benzene vas obtained: melting
point 177 Ov n20 1-4911, d20 0-8573 as compared to m-ilt--~rg point
20 D 20 4
177.250, nD 1.4909, d 4 0.6573 (Ref 7). The constants of other
hydrocarbons obtained are -.;hown in table 1. The experimental
data show that the yield in alkyl toluener, depends on the
molar ratio of the initial reagents. At a molar ratio of
toluene : alcohol a I : 1 the yield in alkyl toluenes was
about 20-25 ~ lower than at a ratio of I : 2 (Table 2). In
addition to the mentioned monoalkyl toluenes, disubstituted
alkyl toluenes were obtained, as, e.g. 1-methyl-2,4-diiso-
propyl-, 2t4-di-n-butyl; and 1-methyl-2,4-di-n-propyl-,
1-methyl-, 1-methyl-2,4-diisobutyl-, and 1-methyl-2,4-diiso-
Card 2/3 amylbenzenes

Alkylation of Toluene by Molecular Compounds of SOV/62-59-4-22/42
Alcohols With Boron Fluoride Under Pressure
which were not yet described (Table 1). There are 2 tables
and 12 referencess 7 of which are Soviet.
ASSOCIATION: Latviyokiy gosuderstvennyy universitet (Latviya State Uni-
versity). Institut organicheskoy khimii im. 11. D. Zelinskogo
Akademii nauk SSSR (Institute of Organic Chemistry imcni
11. D. Zelinskiy of the Academy of Sciences, U33R)
SUBMITTED: July 9, 1957
Card 3/3

GF-.IXIT, I - ;..
I.A. I;x-ikit. Influence of thermsl treptrapi.,
-,)r ",-.n rneultE- )f q%vintitptive epectma nmrl.,vir.
50-: 'FpctDry Lpbe)rntnr.,,, No. 10. 1951)

7- T
USSR/Optics Optical Methods of Analysis. Instruments. K-7
Abs Jour Referat Zhur - Fizila, No 3) 1957~ 7967
Author Grikit, I.A.
Inst
Title Spectral Analysis of Heat Resistant Cast Irons for
Tungsten and Titanium.
Grig Pub : Zavod. laboratoriya, 1954, 20, No 1, 77-78
Abstract : No abstract.
Card 1/1 - log -

JA
t
-----------
2923 Meehan
Effect of I 14fmoing and ~11,
In-L .r "
fire it" Y110.
-A. Grill . mirv irr Transluilon No.
(Ttademil fmak SSSR, seriua v. 19, tjo.
1955, p. 171-173.) Henry Bmirbet, Altai4ena, Calif.
Differences bewecli chernicst onalysii oild spectru3nalysis (if
and fatgtd SPCCilltWL 11CIR fteatownt hAs vfr) Islale in.
C31st
fitserwr, The cmit sirciniens hale su"jzcr )mcs for aw!
t-~m
71
41.

/Use,
44
ia ul~suit-j wont At '11'~ -I

t
AUTHM Grikit, I.A. 32-ii-29/6o
TIM The Influence Xxorclsed by the Structure of the Alloys "Br77-45X"
Upon the Results of Spectral Analysis (Tliyaniya struktury splava
DA7-451 n& roaul'WY sPektral'nogo analiss.)
PURVICAU Z&vW~kkya labontorlya, 1957, Vol. 23, Nr 11, pp. 1341-1346 (USSR)
ANTRACTs The mumplas of the above mentioned alloys are characterised by the fact
that they give different spectral-wmaytioal results if they are mat
or worked under different omoitiow. The followInS samples were In-
vestipteds Nr 2 mat In the ivgot mold, diameter 15 mas Nr 4 cast in
earthe dismistor 45 mm, Mr 5 a machine part mat in earth. These s&Wl*s
were producied in two series free 2 sets of casting (10111). Umple 4
of mot III me divided Into three parts, part Nr 4 vas left In Its W-
tial stage, part Nr 4A was hardened in water frcm a ta"nUm of
1190'0 (after 7 houn) - part Nr 0 litto + annealing at 9000 for 10 hours
with following aoolin down to 550 in the furnaot and furtheron In
air. The speatna analysis of theme @"plea gave different results
(according to the table) with respect to determination of the content
Of abludun, tuimpten and iron. Mumple Yr 4 resulted in higher values
Cald 1/3 thin sample Nr 2 (in4pt mold mat). With respect to Mn and 31 no dwMes

32-11-29/60
The Inf2asmos Exercised by the Structure of the Alloys *DM-451' Upon the Results
of Spectral Analysis
were rowA to have taken place. The attempt me then made to carry cat
spectral analysis with a caltan slootyode, another time with a ooypor
slootrade (with Rw3 mm). In spite of the applIoation of ONT dis-
obarges results differed. In the course of further oVeriments it was
found that In a copper cathode with Re I ma and conditions 'bol" eqml
mults were In agreement with ono another. Investigation or samp2so
with cafton sloc4rWos showed a greater intowity of lines In the came
of samples cast in earth owVared with such cast in UWt salfte This
difference, however, disappean with an increase of the length of tim
In which the Investiption In oarried onto The application of the cop-
per eleatMe with R a i me accelerates this process, so that results
are equalized in the course of I min. This my be explained by the fact
that when casting In earth a larger quantity of chromium or tmipten
enters the analysis interval. In order to find out whether this Is not
due to the effect of the oxidation of the carbon electnAst the expe-
r1wnt see repeated in an argon atmosphere. The results were near2,y
the memo with the only difference that the process me slowed dole,
Odch W U explained by the fact that the surface of the "spot under
card 213 Invostiptiow, In this case becomes double as large as in the air.

32-11-29/60
-The Influence fteralsed by the Btructurv of the Alloys mbn7-45P Upon the Results
of Spectral Amlyals
By MUllogn9bloal Imostigation nearly the saw results are ob-
tained. The following conclusions were drawnt The application of a
oMer electrode with a swall R (a I mm) aco*Ierates the pmoess of
Investigation, slWnatee the effect ~xeraised by ths structure of
highly alloyed substanon on the result of spectml analysis t ALA
to due to the fact that by an intensified foriaing of oxides the our%-
face to be investigated in diminished. The application of this
electrode osusee a more intense and deeper destruction of the sample
accompanied by the destruction of the crystal structure within the
entire volume, of the sample. There are 5 figures, 3 tables, and no
refeas ass.
ATAUDLIs Ubrw7 of Congivae
card V3

r
'AUMRs Grildt, I.A. 32-11-30/60
(TITLE: The Influence Exercised by Nitrogenization Upon the Results of Speo--
tml Analysis, and a Method for the Elimination of the Eff act Found
(Vliyaniya asotizataii na resull taty spektrall nogo analiza I sposob
ustranoniya nablyudayemogo effekta)
PMODICAL* Z&vodak&ya Laborstoriya, 1957, Vol. 23. Nr 11 . pp. 1347-1351 (USSR)
ABSTRACT: In this paper It in said that though the problem mentioned has already
been dealt with, the means of rwaoving the consequences of this in-
fluenoe have as yet not been discussed, and Vat this will form the
subject of the present paper. An samples 3 bars of 60 = diameter each
mde from nitrogenous types Of steel "38"U" and "40XMA" were used
in this case. They were sawed into 2 parts. One part was left in its
original state, the other was forged. Three pairs of samples werv pro-
duoeds 1. Such as were left in their normal condition. 2. Such as were
hardened and then dehardened- 3- Suoh an were hardened, Johardened, and
nitrogenized. Purthermore, spootrophotogmphm of samples and standards
were mado (for oonparison). The following devices were usedt speotro-
graph""o -22" , spark generator " W F -2" , cons tant electrode, a carbon
rod with an angle of 1200 of a copper electrode of R=1 mm. The results
Card 1/2 were mathematically computed by the method of 3 standards and by the

32-li-3o/6o
The Influence Exercised by Nitrogenization Upon the Results of Spectral Analysis,
and a Method for the Elimination of the Effect Found
forming of the mean value and are shown together in a table. Compari-
son showed that the application of a copper electrode of Ral mm is the
most advantageouB, because inaccurate results are avoided. It was
proved metallographioally that under the affect produced by the spark
discharge full destruction of the ~ -phase takes place in a copper
electrode. This phase has a maxion nitrogen concentration of 11.2%#
which corresponds to the chemical compound Fe2N. Among other things,
the rules governinS the constancy of the nitrides of the A1N,CiVXnN,,
SiNt XaNo?e2N,Fe4W and the "little oonstant" Nip were dealt with,whioh
run an followetThe higher the temperature of nitride formation, the more
constant is this nitride and the higher the temperature of its dissoci-
ation. According to A.N.Minkovich the decrease of this constancy takes
place in the following orderof nitridest alumin=,molybdonum,ohromium,
manganese and iron. The decrease of dissociation temperature according-
ly ist For nitrides Alh at 18700, CM-9000, Fe2~-5600, Fe N-6500- It
my therefore be concluded that the dissociation of iron tand nickel)
takes place in the first line. There are 2 figures, 5 table3.and 4
Slavic References.
AVAILABLEs Librar7 of Congress
Card 2/2

GRIKIT. I.A.
Mechanism of the entry of sample material Into the analytical
gap and means for eliminating the effects of the structure of
alloys on the results of spectrum analysis. Fizesbor, no*4:
244-250 158. (MIRA 12:5)
(Alloys--Spectra)

240) SOV/48--23-9-17/57
AUTHOR: Grikit, I.-
TITLE: Investigation of the Reason for the Selective Destruction of
Alloys by Spark Discharges
PERIODICAL; Izvestiya Akademii nauk S53R. Seriya fizicheskaya, 1959,
Vol 23, Nr 9, pp 1091-109~ (USSR)
ABSTRACT: Formerlyq selective destruction was eXplained by a better
contact between the spark channel and the carbides on the
crystal boundary surfaces and the intermetallides. However,.
as this effect occurs also in pure metals, this is not the
case. For the purpose of proving the lack of a selective
contaot of the spark, experiments were carried oub with weld-
ed plates of pure metal and metal-ceramic alloys. The experi-
mente showed no noticeable selective contact of the spark.
Only if carbides are embedded within easily meltable base
material (as e.g. Al, Mgq Zn or Sn), or if the melting point
of the carbides is near that of the base material, does a
lower degree of destruction of the carbides occur in the
former cane due to the evaporation of the base material, where-
as a higher deoree of destruction occurs in the latter case.
Card 1/2 For the purpose of obtaining quantitative results of this

30'1/48-23-9-17/57
Investigation of the Reason for the Selectlye Destruction of Alloys by
Spark Discharge3
effect, experiments were carried out for the purpose of de-
termining the amperagee pasoing through the carbides and
the base material. In both cases they wore found to be equal
The axperimental arrangement used here is shown
by figure I. The easy meltability and the high degree of atonln
mobility is regarded as the cwuse of th,,! destr-tc-tio.
of arystal grain boundaries in spark discharge. There
are figure and 6 Soviet references.
Card 2/2
4'p

GRIKIT, T.A.
Role played by the material and form of the stationary elec-
trode in suppressing structural effects. Zav.lab. 26 no.5:577-
581 160. (NTRA 130)
(spectrum analyals) (XIrctrodes)

3/18 61/006/006/020/030
D299YD304
AUTHORS: Hrikit, I.A. Makarenko, V.S., and Fallkevych, E.S.
TITLE: Study of the influence which metallic-magnesium struc-
ture has on the results of a spectrographic determina-
tion of its iron content
PERIODICAL: Ukrayinalkyy fizychnyy zhurnal, v. 6, nos 6, 1961,
827 - 833
TEXT: It was noted by the authors that the spectral analysis (for
iron content) of cast samples of refined magnesium, yielded much
higher values than chemical analysis. The present work aimed at
checking this discrepancy, and developing a sufficiently accurate
method of analysis. The structural influences were studied by pho-
tographing spectral samples with different structure on the same
photographic plate, 4 times each sample. In selecting the operating
conditions, the actual production requirements were taken into ac-
count. For this purpose, various operating regimes with different
current intensities, exposure, selfinduction, capacitance and form
Card 1/3

S/185/61/006/006/020/030
Study of the influence which ... D299/D304
of electrode, were tested. The characteristics of the regimes, most
convenient in practice, are listed in a table, Various types of
samples were tested, in particular deformed BAMM (VAMI) samples and
plant samples. Microphotographs of the samples are shown. It was
found that the structure of metallic magnesium has a considerable
influence on the results of a spectral analysis of its iron content.
Metallog.raphic studies showed that thestructure of deformed samples
differs considerably from that of cast samnles. The structure of
the former is fine-grained with a fairly uniform iron distribution,
whereas the structure of the latter is coarse-grained with uneven
distribution of iron, which is concentrated in the middle of the
specimen and on the crystallite boundaries. It is shown that in de-
"ermining the iron content, it is necessary to use only those spec-
tral samples which correspond in structure to the analyzed speci-
mens. The spectrographic method described, can be used both with-
and without taking into account the background, if the iron content
is higher than 0.01 %; if it is below that figure, the background
has to be taken into account. The absolute standard error in single
tust is C,002 - 0.003 % (with a 0.03 - M5 % iron content), the
Card 2/3

S/185/61/006/006/020/'030
Study of the influence which ... D299/D304
relative error is 5 - 6 %. There are 3 figures, 4 tables and 7 re-
ferences: 5 Soviet-bloc and 2 non-Soviet-bloc. The reference to the
English-language publication reads as follows: D. Mitchell, Metals
technology, January 1948.
ASSOCIATION: Ukrayinelkyy derzhavnyy proektnyy instytut kollorovoyi
metalurhiyi (Ukrainian State Design and Planning Insti-
tute of Non-ferrous Metallurgy, Zaporizhzhya)
Card 3/3

GRIKIT, I.A.
Effect of the structure of a sample and of its mass on the results
of spectral analysis. Zav.lab. 28 no.11:1327-1328 162.
(MIRA 15:3-1)
(Alloys-Testing) (Spectrum analysis)

L n3o6-65 EwT(M)/EWP(t)/EWP(b) JD
ACCESSION NRs AP4044157
AUTHOR: Grikit. 1, A#
S/0126/64/0181002/0300/0303
TITLEt Sgark etching of metals and alloys
SOURCEt Fixika metallov i metallavedeniyi# ve 18, noo 2, 1964,
300-303
TOPIC TAGSt metal etchtnR, spark etching, refractory alloy npark
etching
ABSTRACT: Electrospark etching, instead of high-temperature etching
in a vacuum or in an inert atmosphere, has been used successfully
for identification of structural components of various mntaln and
alloyq. In ipnrk etching,the metal specimens were exposed to nrark
d0chnrSeq of a capacitor for 20-60 sec. The selective metal re-
moval by the electric spark discharge was observed on A large group
of alloys having various bases. In particular, very clear etchings
were obtained on heat-resistant alloys. The selective nature of
spark etching is not affected by the ambient media; mpark etching of
-the name cast alloy in air, argon, oxygen, and other media with
Card 1 / 2

L u3o6-65
~ACCESSION HR: AP4044157
v3rious oxidizing properties produced equally satisfactory results,
The selectivity of spark etching in metals is somewhat lower than in
alloys, nspecially In heterogeneous alloys, Origo art. hnn17 figuress
ASSOCIATION1 Institut "UkrStprotevatmet" (UkrRiprotovetmet Institute)
SUBMITTED: 27Nov63 ATD PRES$v 3103 ENCLt 00
SUB CODE I KMI 1E NO REP SOVt 007 OTHERi 000
Cc,,j 22

VOVK, VJI.; GRIKIT, I.A.
Analyais of bronzes with the FES-1 dev!ce. lab. 30 no.6t
702-r,04 t64 WIIPA 17:8)
1. Ukrminskiy gosudareLvennyy proye~tpyy !.notiltut. !.97etnoy
metallurgiie

TIT
dcterminal-'on of r-)pp~-:-, tilum, 'num, and iron In a
-)f orpa-le syr,,hes.l.s. "At/. ItLh. 3G nc.1-4109~i 164.
(mlrn 18-M
!. V~T i, nsloly gowiderstu(nnyy Vr(:%-t!Ktnyy Institut t,Vf no
i r u;

GRIKITY IsAs
Spark etching of metals and alloys* Fize met. i metalloved. Is
no.22300-303 Ag 164. (MIRA 18:8)
1. Ukrainskiy gooudarstvannyy proyektnyy Institut tsvetnoy metallurgii.

cyllnlarg.
P-4 18-:1)
I rtz c 7- !~ro V. 1.
Z*l

GRII'*,-i!,o A. Yli.
25563. MIKI-6, A. Kh.
Issedovanie stanov mogokratnogo volocheniya i vyyavlonie
voz.mozhnosten uvelicheniya ikh proizvoditel.1 nosty. Trudy
Goryk. Industr. in-ta im. Zhadanova, T. VI, Vyp. 2, 1948
s. 77-97
SOs Latopist Zhurnal Statey, No. 30, Moscow, 1948

122-4-6/29
_,, Candidate of Technical Sciences and L
AUTHOR: Griklov A.Kh acturer
-MMr1`3'e_1eH_ov, K.V., Candidate of Technical Sciences.
TITLE: Investigation of horizontal forging machines by an oscillo-
graphic method using high-power strain gauges. (Issledovanie
gorizontalno-kovocyn,7kh mashin metodom ostsillografirovaniya
s primeneniem "Moshchnykh" datchikov)
kii6:10DICAL: "Vestnik MashinostroenJ;Zall (Engineering Journal), 1957,
No.4v PP. 36-- 39 (U.S.S.R.)
ABSTRACT: Hish-power strain gauges of 10 2 resistance requiring no
amplifiers were used to measure the upsetting and clamping
leads. The eight-channel electro-magnetic oscillograph Mn 0-2
was used for recoiding. The strain gauges were bonded on to
the upsetting punches to measure th-e magnitude of their elastic
deformation. Measuring capsules were inserted into special
holes in the fixed dies, high-power gauges were attached to the
capsules. The displacement of the upsetting ram and cross
slides, the instant of die closure and the crank angle were
also recorded together with timing marks. The first two by
means of electrical string type displacement recorders and the
die closure by means of contacts fixed to the dies. The princ-
1/3 iples of gauge design and preparation have been described in
an earlier paper of Semenov, K.V. and Spirov, V.V. "Zav.Lab.1'

investigation of horizontal forging machines b7 an oscillogmp-
hic method using high-power strain gauges. (Cont.)
No ire 12 1-6,12 %m dia.
-3v 1953. Gauges are made of constantan w '0~-O.-05-
Their resistance is matched to the oscillograph resistance.
Expressions are given for the gauge sensitivity from which the
voltage and current are derived. 1he wire length depends on
the heat which can be disstpated. Gauges attached with bakelite
adhesive can sustain 0.125 W/o& v4re 16ngthj Annealed wire is
used and the adhesive is W orWIJ-4. Bonding instiuctions are
given. The combination ofithe elasticity of the gauge support
and the gauge sensitivity of 10 mm/mA yields a total sensitivity
of about 300 kg/mm, record displacement. The bonding positions
for the punch and capsule gauges are shown. Each capsule
measures up to 500 tons. The electrical circuit of the measur-
ing installation is given. Two horizontal forging machines
were tested in the Gorki motor car plant (Gorlkovskiy Avto-
zavod) imeni. Molotova. The results obtained on a National
five-inch forging machine are reported. The calibration run is
discussed and sample records shown. The practical tmk of the
experiments was the measurement of the actual load in upsetting
2/3 a gear cluster blank. The table summarises maximum loads
measured and compares them with an analytical formula. The

Investigation of horizontal forging machines by an oscillo-
graphic method using higb-power Estrain gauges. (Cont.)
4-6/
1 v2p
I
temperatures during forging are also given. A thirRest 8
conducted without excessive drop of temperature and yielded
the maximum loads during the second and third upsetting strokes
3/3 amounting to about half those predicted. The differences
between the tests show the large effect of the setting-up pro-
ceaure of the diez.
ASSOCIATION: The Gorki Institute of Technology (Gorlkovskiy
Politekhnicheskiy Institut imeni A.A. Zhdanova)
AVAIIABLE:

J"T
Irv
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1-1KHAU"INKO) F.F., kand. tekhn. nauk; GRIKKE L.~- *Klj.g Rn-:.
nauk; DF...IDE21KC, Ye.l., kandl.--MM.
kand. tokhri. imukp rotrenztnt
[Autormtic cold ntwaFlng of sr..hil on
ses] AvtoiAticheskala kho.1a,irain ch'ar-lovka
nn N-.-,trokl,cclnykh pro.,irsn0i. Vc).Avit ri.11,
2~ 5

GRIXKX, A-Kh.; IXMIXNKO, Ts.I. d..
Automatic presses with self-food of the material to be forged.
Kus.-ohtam. prolsv. 1 no.8:34-37 Ag 159. (MRA 12:12)
(Forcing machinery)

GRIKO, S. P.
Kffectiveneso or antibacterial treatment In complicated courso
of primary forms of tuberculosis in children. Stor. nauch. trud.
Ivan. hou. med. Inst. no. 28tl34-141 1 63 (MIRA 191l)
1. Iz knfedry fak-ulitetskoy terapil ( zav. kafedroy - prof.
A.M. Yellseyeva) Ivanovskogo gosudarstyernego meditsinskc~go
Instituta (rektor dotoent Ya. M. Rcatinov).

GRIKUROV, B.S.,
Practice in forming branch #wginefrIng card catalogs, NTI
no,104 165, (MMA 18: 6)
Tp,

GRIKUROV., G, -.G.
Cancer as a sequel to radiotherapy. Had. rad. no.2:14-30 162.
(MIRA 15:7)
(RADIOTHERAPY) (CANCER)
:_1 z ~.- -- -
, ~, 0 -~-,

U'I/011/000/0051006
AUTHORS: Berezhiani, V. M., Griku.-ov, 0. N.
TITLE: Investigation of the magnetic properties of 1(4w-Carbon steels of thq
types Fe-Mn, Fe-Mn-Cr, and Fe-Mn-Cr-N. .%,
SOURCE: Akademiya nauk Gruzinskoy SSR. Institut Metallurgii. Trudy, v. 11,
1961, 199-202.
1 TEXT: The paper describes an experimental investigation intended to develop
.new ty,- ~-.s ofinexpensive nonmagnetic steels through the employment of the auqten-
itic structure iless
of hi,,h-Mn iron alloys. More specifically, the new Nii-free sta4
steels to be developed are selected in the iron corner of the Fe-Mn-Cr-C diagrams
in which for G = 111a good machinability prope rtie s prevail. Ina smuch a s in sucP alloys
there are both magnetic ( a and 6 ferrite) and nonmagnetic ( y solid solution. . a
phase, et al.) components, a magnetic investigation can reveal the presence in such
steels of magnetic comp6nents and thereby help in the establishment of a desired
phase composition in a steel. The investigation comprised magnetic -balance mcas-
urements on specimens 6 mrn thicli, 16-mm diam. The specimens were tested in
two states: (1) In the cast state, (2) in a quenched state after a 5-hr homogenization
at t=l, 1500C and subsequent quench in water. The results are tabulated and graphed.
Card I/Z