SCIENTIFIC ABSTRACT ZAVYALOV, I.A. - ZAVYALOV, O.I.

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• Collection: Scientific Abstracts
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• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 15, 2001
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

17(8) SOV/177-5B-11-22/50
'AUTHORS: Pcly4,B.L., Profear3or, Colonel of the Modical Corps,
I.A., Lieutenant-Colonel of the Medical
Zavlyalov,
.
'Corps
TITLE: A New Powerful Electromagnet for Field Use
PERIODICAL: Voyenno-med itsinskiy'zhurnal, 1958, Nr 11, pp 65
68 (USSR)
ABSTRACT: The Vsesoyuznyy nauchno-isaledovatellskiy institut
meditsinskogo instrumentariya i oborudovaniya (All-
Union Scientific-Research Institute for Medical In-
struments and Equipment) and the Tsentrallnoye kon-
struktorskoye byuro Minzdrava SSSR (Central Design
Office of the USSR Ministry of P,ablic Health), in
cooperation with Professor B.L. Polyak, designed a
new powerful electromagnet which is able to extract
magnetic foreign bodies from the eye even when they
are already fixed in the eye's tissues. In such cases
it will be used instead of the "Magnikoll type magnet.
Card 1/3 The new magnet was tested in the eye clinic of the

SOV/177-58-11-22/50
A New Powerful Electromagnet for Field Use
Voyenno--meditsinakaya ordena. Lenina akademiya, imeni
S.M. Kirova, (Military-Medical Academy of the Lenin
Order imeni S.M. Kirov) Z_Ref 17. The new magnet
can be dis-assembled and put in-k 2 special cases.
This makes it suitable for use.in the field. The
electromagnet (Figure 1) consists of the following
fundamental parts; the base of the support with a
column (1), the suspension system of the magnet (2),
counterweight (3), electromagnet (4), pedal (5)
with a power switch and a switch, and a box with
feeding block (6). The support of the electromagnet
can be fastened to the head - Iof an operation
table. The authors carried our, a relative evaluation
of the capacity of three magnets: the powerful field
electromagnet, the powerful interpolar eleetromagnet
and the constant "Magniko" type magnet. The results
(Table 1) show that the new electromagnet in its
capacity considerably surpasses the Magniko and
Card 2/3 does not lag behind the interpolar electromagnet.

sov/l??-58-11-22/50
A New Powerful Electromagnet for Field Use
The authors suggest to use the."Magnikoll in any eye
operation in the field and odly I" it doea not produce
(d6sired) reBults'to use tho now'powerful 6lectromagnatic,
The;p is I diagram and 2 tables, and I Soviet re-
ference.
Card 3/3

VOLKCVp V.V.# kand.meditsinskM natdcl GORW'p A.Lq kand.meditsinskikh
naukj ZAVYAL0Vv-I.A.# vrach; ZAKHAROVI, V.A,,v vrach
y W_ystorhinostecq.
Some proposals concerning the tochnic of plastic daer
Oft. zhur. 15 no.51278-280 160* (MIRA 13:9)
1. Is kafadr7 oftailmologii (nachallnik - prof, B.L, Polyak)
Voyemo-maditninakoy ordena Leaina aWamil im, S.H. Kirov&.
(DAGRIOGISTORHINOSTORI)
M5

F-
t
i1;

in obliteration of the lacrimal doicts and.the lacrimal s4c-
(Russian text) VESTN.dFTAL. 1957, I(O-B)IIIUG. I
A modification of Arruga's canallouli-rhinotomy operation waf. doneby introducing
several hair threads,. through the junction of the canalicull Into the nasal meatus.
These threads were fixed at the cheek from the nose and from the lower canaliculus
to the brow. They were left in situ for 14 to 21 days. If remnants of the mucosa of
the sac were encountered during the operation, then a dacryo-cystorhinotomy was
performed. A special knife with a double cutting edge was used for the inrision of
the canalicuti. Twenty-seven patients were operated on; of these, in 13, the co-
lour tear-nose test was positive for the period of observation from 0 months to
4.5 yr. In some of the patients in Whom the above test was negative, a laco-rhino-
tomy was dune with a permanent insertion of a cannula.
Sitchevska - New York, N. Y.

ZAV'YAWV~-.j.A&# kand. mede nauk
Methodology of construction of lacrim-al prcatheses using
plasticso.Vestn., oftal. 76 no#4t49-53 il-Ag~6~ (HIRA 17:1)
1. Kafedra oftallmologH (nachallnik - profs B#L* Polyak)
Iloyerno-meditainskoy ordena Lenina akademii Imeni Kirova.

ZAV YALDY, I.A.
Surger3r 6; incurable lacrimatiou in a case of lacrimal duct
and lacrimal sac obliteration. Vast. oft. 70 no-1:6-8 ita-7 157
(=A 10:5)
1. Kafedra oftalmologii (zav.-prof. B.L. Polyak) Voyanno-
mentsinskoy alcademii imeni S.M. Kirova.
(LAGRYMAL APPARATUS, die.
obliteration of lacrimal sac & duct with incurable
lacrimation, surg.) (Rua)
'ia

----ZAV'TALOTsj, A, -(Leningrad) - -
Surgical restoration of lacrymal organs with application of a per-
"r nt lacrimal cannula prosthesis. Vast-oft. 34 no.1:22-25 J&-1P
155 (MMA 8:4)
(LLGRIKLL-APPAROUS, diseases,
epiphora. surg. lacrimotoci~v with permanent lacrimal can-
nula)

ZAVIYALCVj, I.A., kand. mod. nauk,, podpolkovnik meditsinskoy sluzhby
Comparative evaluation of the results of examination of
binocular vision. Voen. med. zhur. no.10:65-67 0 165.
(MIRA 18:11)

I
ZAVOYALOV, Ivan Grigorlyevichp general-mayor; MOROZOV, B.N.,
~61ko'v~nik, - red'. - -
[Speed$ timey and space in modern warfare] Skorostlp
vremia i prostranstvo v sovrerennoi voine. Moskvap Voen-
izdatt 1965. 190 P. (14IRA 18%8)

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H, V. E. Inzhener i ZA,*YALO'j, I. I,. Inzhl,, BIS*TZu;`VlqUYl M. YE. Irzh,
fj'7,J'I,'rzAU*.7, R. I. Inzh., ZATSEPI'll, X. S. Inzh.
-issledovatel.tskiy institut po.stroitellstvii Ylinisterstva neftyanoy
Nauchno
Promyshlennosti
RAZRABCYM I WILDRENIYE PROMSUCTMY TEEMNOLOGII POLUCHIMIYA TEPLOI ZOL'fA":' SION-
TlYlill BEZODMIGOVY"M DINAM11OVEll MATERIALOV ill
JM-1950. Iloscaw, _1951-
J;4.

am
Sond-Lime Brick
Cnrboni7.ntlon of' lime-annd products by boller exhAust t,;-aces. Illul. strol.tekh. 9 No. 16 1952
Monthly lict of RuE;i)lnrA Accessinns, L I b r,- n fCarv,,-ri-ua, llovP4,.ber 195,11 Uil.c!lt,.LLiflf-d

ZOIYALOV, 1,P,t aspirant; PLPJIEI,IYES, )Qi.Yb natichny7rukovoditeell raboty
Treating paratIphoid fever in yovng, pigs with zonomycirl aad
mycorine Veterinarila 42 no,21:42-42 U 1659 (MRA 19:1)
1, Nazanskiy veterinarnyy ins.titut, 2, Chl.en-korrespondent
AWI SSSR (for Planallyes).

VARTANOTA, NsS.; ZAVOYAWTA, I.Y.; IIISHXIU# H.Tu.
Accesory minerals In granitolds of Vat'-Karok District In eastern
Tranobaikalia. Geol, I geofts. no.7t6o-79 160. (MIRA 13:9)
1. Institut goologii I geofitiki Sibirskogo otdolentya AN SSSR i
Livovskiy, goeudarst-vennyy unIvervitet.
(Trausbaikalla-Mineralogy)

ZATfTAWTo Iev.
Plastic surgery for large granulating surfaces in children
following burns and injuries. Yest.khir-76 no-8:71-74 8 '55.
(MLRA 8:11)
1. Is kafedrv khirurgii detskogo vosrasta (zav.--prof. A.T.
ShatskivYL-anifigradskogo pediatricheskogo meditsinskogo insti-
tuta Leningrad, Kantemirovskaya ul., d. 16, kv,78-
(SKIN, surge- -
plastic surg of-large granulating surfaces in child.
after burns & trauma)
(BURNSplastic our
PlAst off,
ic surg. arge g ranulating, surfaces in chil&)
(WOUNDS AM IIIJURIES,
sicin, plastic surg. of large ganulating surfaces.in chil&)

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ZAVfYALOV,,.K.D.1 BURTSSVO P.N.; BYSTROVA, U.S.
Results of tests of hydrometric weights In mountain rivers. TMWJ
GGI no.106.-12.3-130 163. (KCRA 16:8)
(Hydrometer-Testing)
A i4

I-- --,. -- ~--ZAVfTAIOV,-K#Dv--- -- -
Maximum-mininam ways measuring beacons@ TrudY GO n0-771116-121
160. (Wave) (Beacons) . (MM .13.5)

Rocordlne device for the rowto water-level recorder, Trudy QGT
no.70:67-70 158. , 041RA 11111)
(Hydroloff-Weasuramont)
~'5
W MPAMISD-;"M,-~ ORB,

ZAVIYALOV,. K- D-, (Pd-itor)
. par , dy Goeij.~rntvermopgo
"Problemo of the Conotruction of Hydrolorleal Ap atun Tru
g1drologicheskogo ingtituta (Tranractlms of thr- bt/tta, llyd-rolrj;~Ical
No. 64~ 1957)
V 11;,40 i I VAO 1, VI'M m M.MM711 ".11,31
21
Ell a

AUTHORi Zavfyulov# K. D.
TITLE: T -ran 3 po-r-t-u R-5-7-tatri-G -4age With a Damping Doyico
(Vodomernaya perenosnaya reyka s uspokoitelem)
PERIODICALs Meteorologiya i gidrologiya, 1950, Nr 7, PP. 54 - 55 (US8a)
AB3TRACTi The water level is read from.a post by means of a
transportable water gauge which in mounted in the middle of
the front of the post. The moasuremonto of the water level
are to a grout extent inaccurate in the cuae of high waves.
This inucouracy becomes thu greater the hijhor tho waves are*
For thia rou3on it hus been tried ainuo long to conotruct a
wator gaugo with a Dumping devioo The W4tG1' $UU90 projio:jed
by the author in shown (Fig 1), Ii in mouOtod vertioully with
its broad side parallel to the current on a nail-head or on
a peg at the top of the post. Then the container of the
water gauge must fill with water. In 'the case of waves the
-level within the container will reach the average height
thanks to damping effect. 'When the waves are very hij;1i -,,I-,e
mean value between the upper and lower limit must be
Card 1/2 determinad. In the dark the water levol is read vLth the aid

The Transportable Vater Gauge With a Damping Device
Pf the middle of the floating cork ball. It must be
pointed out that thowater gauge with the damping dev'.co
not suited for negative readings. For-this reason the
reading Must be carried out on a post, the top of which
is lower than the wave trough. The experiments carried
out with the transportable waterguuge with u daml-
ing dOViCe . ;3howed that-ita use renders work in thu cAae
of waves much easior and also furnishos more accurate
results than do the measurements with the usual measuring
rod. There is 1 figure.
1. Oceanography 2. Water--Measurement, 3,-Gages--Operation
4. Gages--Control
Card 2/2
meo'
r vp
-A M,
P'e

ZAVITALOV, K.D.
Portable water-level measuring rcd equippel with a dacner. Meteor.
i gidrol. no. 7:54-55 JI 156. (I(UU 11:7)
(HydroloMr-Heasuraments)
7-7 -.-
~~V Y
q A

ZLVIYLLOV9 I.D.
Modernized "Taldai" vater level recorder,', TruJjr GGI no'36.,103-Uo
152. jMA Ut6)
(ItrdroT ogy-Reasurement a)
EMIR all

PA 162T554
ZAV Yam X. D.i
USSM/l ~drology Measurements may/jun 48
Instr-ments
"Isle,or Hydrometering Winchea Teva' and 'Luga
K. D. Zavlyalov
"y4tcorol I Gidrol" No 11 pp 62-66
Hydromatering Div State Hydrograpbic Inst, in 1946
designed tvo types of winches for hydrometering
work on rivers. Several. eemples were produced,
tested, and made ready for series production.
Riga Hydrometeorol Instr Plant produced first geries
of these winches In 194 '7
FDD 162T54

UVIYALOV, X.I.,
NOW
High-officlehey caterpillar tractor. forf.prsm.33 ae.6-120-22 056.
(MMA 9,- 10)
I.Chelyabluskiy traktorWy zavod.
(Caterpillar tracton)

-ZAMAMIX, I.-&- inzhener----
The S-80 tractors for use with mounted equipment. Mekh.strot.12
uo.8-z4-26 Ag,55- (KLRA 6:10)
(Tractors)

ZAVITAIOV-
aWho" IvIlw-t7orlition. Znetn.olla 35 noolOt28-29 0160,'---.
(MIRA 13111)
(Founding) (Hatale--PlckllrW)

SOV/137-57-11-22695D.
Translation from: Referativnyyzhurnal, Metallurgiya, 1957, Nr 11, p294(USSR)
AUTHOR: Zavl yalov, L. A.
TIT LE: Investigation of Working Properties of Some Bearing Alloys for
Narrow-gage Logging-rail road Rolling Stock (Issledovaniye
ekspluatatsionnykii kachestv nekotorykh anti f ri kts ionnykh splavov
v vagonnykh. podshipnikakh uzkokoleynogo lesovoznogo transporta)
ABSTRACT: Bibliographic entry on the Author's dissertation for the degree
of Candidate of Technical Sciences, presented to the Mosk.
lesotekhn. in-t (Moscow Lumber Engineering Institute), Moscow,
1957
ASSOCIATION: Mosk. lesotekhr.. in-t (Moscow Lumber Engineering Institute)
Card 1/1

UVIYALOV, L.A., inzhener.
,
I
Over-all mechanization of tree-felling operations. Xekh,trud.rat.
8 no.7:38-41 0-17 '54. - (KLRA 8:1)
(Tree felling)

ZAT ITA10, LJO
The Xrestots Forest Industryllstablishment to bravely introducls~g
now work methods. Mekh. trud.rab 9 uoollt29-31 N 155. (MM 9:2)
1,Direkt*r Krestatokogo leeprvakh*za.
(Unberiug-Aachizery)

UVGORODJ'IY, vilctor Nonstantinovicla-ZAVIYAMR,=~L= ~G-q insho, reteenzent;
ALAYMMY, Ta.G., lnzh., red*; MDMMI,,B.10, takhn.red.
[Hachanization and automation of plastics Industry processes)
Makhanizateiiai avtocatizateiia pexerabotki plastichaskikh =ass.
goskva, Gos.nsuchno-tak%,n.izd-vo mashinostroit.lit-ry, 1960.
338.P. (MM 13:12)
(Plastics 1ndustr2--Rquiyment and gupplies)
(Automatic control)

Zaviyalov, L. N.
"Investigation-of the Vot-Drilling of Ifolan Using an Oxygen Torch." Hin
Higher Education US-13R. Moscow Mining Inst imeni 1. V. Stalin. Moscow, 1955.
(DisBertations for the Degree of Candidate in Technical Sciences).
,SO: Knizhnaya Latopis', No 27, 2 Jul~- 1955

ZAV-IYAWV, LoU. kand., takhn, nauk; MAMOV, N.le, insh,
Organizing undergroun4 laboratory vork. Ixv* vyi. ucheb, say,,#
gor. shur. u008:139-141 158. (KIft 120)
1.Dallnevostochmyry politeihnichookly institut.
(Mining research)

LIMMIST, -B.Ae, inzhanar; 7.AV#YAWY, N.A., inzhanar
Welding tool a1mck for pin welding. Svw* proisve uo*4:31 Ap 135.
(Electric welding) (HMA 8: 9)

-PLOTN IKOV-j---M
A.; IP2TRDV -V.Xqq-
.~~ZA~VIY ~Y4-&A.;-NAZAROVp V.V.; AHOPOLISKIY, M.G*j
OBRAZI-OOVt- -S.-A.-;--IRMj -A. 1. GGAT$MVICH, V.A-#,--CIOVAZRV3XIY,
.A.P.; DRAIIISHNIKOV, L.G., retsenzentj AIAMV, H.F., otV.
red.,, SLIJTSKERp M.Z. , red. izd--ta; VDOVINA, V.14. . tekhn.
red.,-
[Lumbering camps; mechanization of work at lower timber
landings. A handbook] Lesozagotovki; mekhanizatsiia rabot na
nizhnikh skladakh. Spravochnik. Moskva Goolosbumisdat 1962.
441 P. (KIRA l6t6~
(Lumbering)

G -WoANI M?
ZAVIYALOV, H,A*, inshener; UNDKVIST B.A,, Inthener.
Machine for welding Impact mill hammers by the submerged-welt process.
llaklsta.28 no.8:8-9 Ag 157. (NDU 10; 10)
(Orushing machinory) (Welding)

27169 Ti,elcvka lebe 6ka.-A v -lj z
1"My I YALOV,
dvinol s) v ftisl: ya. (,.) Zaviyalov. Les. prom-st' 19*9)
e lo
SO: Letopis' Zh-arnal-Ilnw,,kh Statcy, Vol. 36, 194.9

~4~ 7,777,

"AlliYALO-1, A.
0 ~
-Curv3s-in Trungportittion of Ti*er on 2our-Axle
1) s Is ta.9ce t Y, L
D jo. or,
e 2 Cand Tech Sal, Idiol ,cow Yore,-;trl~, E~wln-~!ering Inst,
Flat' Cara by R -I I I r oa4a , " 'i
R e f e r i tv Z; ii ir na 1 1-L-van I lcj. ,0 3 c
Arch-firigol, 195Z od, 5,j
S 0: SUM 243, 19 Oct 1954

2AVIVICTs M. A.; UTITAW,j G. T.
2. USSR (600)
4. Lumbering,
7, New textbook on land transport of timber ("Land transport of-timber."
Prof. V V. Bxivert, Docent b. U lonov, Vocent M. I. Kishinskiy, Docent
S. A. S;romystnikov. Peviewed ~j IA. A. Zavlyal.ov, 0. T. Urtaev.)
Les# prom#, 13) no. 4, 1953.
9.- Monthl List of Russian Accessions, Library of Congress, April -1953, Uncl.
7

UVIYATWO R*Ao, kandidat tekhuicheskIkh-hauk;- YAMITSWO V.A.. inzhener.
Now work technology for lumter yards amd lamiiingp in floating tree-
length -Iogso- - Kekhtrudrab.-9 no.2:38-43 Y 155., ()CIRA 8:4)
(Umbering)
M IINII

ZAVIYALOV, MikhAil Aleksand.rovich (decaasodlf"YAKUNIN, A.G., red.
[Cranes and loaders for lumbering operations; their design,
usep and repair] Krany i pogruzchiki.dlia lenozagotovitelf-
xWkh rabot; ustroistvos ekspluatatsiia i remont, Moskva~
Lesnaia promyshlenno3t'p 1961+. 303 p. (MIRA 17tll)

VOIIONITSYNp K.Lp kand, tolft. naukp red.; TIUZIGAUZEN, P.-Eep kand,
tnkl.ui. nauk., red.j NADBAMI, M.P.0 red.; TVITSEVp A.A., stariihiy
nauchrqy sotr.., rod.; ARRAMOVy S.A., kando tokbno nauk,, red.;
ABILWOV, D.A., red.; BOGDMIOV, starshiy nauchn~r( sotr.,
red.; VIVOGOROV, G.K., kand. tekchn. nauk, red.; GAVRILOV, I.I.,
starohly nauchv~y notr., red.; GUSARCIIUK, DX., Btari)hiy nauchnyy
sotr., red.; DYAKONOV, A.Lp red.w rIYALO p kand. tokhr,.
naukp red.; ZMTSKIY, M.S., otars y rAUchnyy Botrop redo;
KACHELKIN, L.L., starshiy nauchnyy sotr.., red.; KISIIINSKIY, 14.I.p
kand. tekhn. nauk, red.; KOLTUNOV, B.Ya., starshiy nauchnyy sotr.,
red.; OSIPOV, A.Lp kand. tokhn. nauk# red.; SHINEV, I.S., kand.
ekon. nauk, red.-
.114aterials of the enlarged session of the.Scientific Council of
the Central Scientific Research Institute for Mechanization and
Power Engineering in Lumberii4g, on problems concerning power
engineering and the electrifilcation of the lumber industry)
Materialy rasshirennoi sessii Uchenogo soveta TdIIn4E po voprosu
i elektrifikatsii lesnoi prou7shlennosti. 14osk7ap
1961-*-75-V, --(MIRA-15:4
(Continued on next cards

VOROVITSYN, K.I.-(continued) Card 2,
3.M2iMkj.IsOntralIrvy nauchrio-isaledovatel'skiy inAitut
khanizataii i energetiki lesnoy proqrsblemosti. 2. Nacba2lnik
TSentrallnogo by-aro tekhnicheakoy infomataii lesnoy pronvahlen-
noati (for Nadbakh). 3. Direktor TSentrallnogo nauchno-
isaledovatellakogo inatituta mokhanizatoii i enorgatiki loonoy
prorWshlennosti (for Voronitayn). 4. UchanyY sovot TSentrallnogo
nauchno-isaledavatol'skogo inatituta mekharizatoii i onergetiki
losnoy promynhlonnoati (for Dlyakonov). 5. Ilachallnik otdoleniya
energetiki i sradstv avtomatizataii TSentralinogo nauchno-
ionladovatel'skop instituta mokhanizataii i onargatiki leanoy
pror.r.,,shlennosti (for Zaretskiy).
(Lumbering) (Electric power)
U

,---ZAVIY~~ M#~-ail-,Aloksandrovich; KOHOLITSVp K*A,, retaenzent;
~TUFNIK,, P.S.pred-oj M=VAp-B-4'Wv--red*-Izd-vA
[Truck aranes and 2o&dersj AvtamobilhWe krwW i pogmwhiki.
Mbskvap Goslesbumizdat,, 1959. 213 p. (KMA 15:5)
(Cranes$ derricks, i)tc#)
(Fork lift trucks)'
24 ta
R
R

-Z7AVI-YALOVO- M.A., kand,tokhn.nauk-. - -
., V* MskhA aytoo.
Loading timber in large piles in loWin4
proisv. 14 no.9:36-39 3 160. (HIPA 13:9)
(lamber-Transportation)
41N.41
rp a 0
P.iz L -01 IN
M,

XOKOLITM, Kronid Alakeendrovich;..ZAVITALOTo R.A,, kand.takhn.nauk#
retsenzent; XUTS, X-1-t inzh,, retsenzent; NOTO=ITOT, N.T.,
red.; PCONA, B.Xh., red.izd-va; BACHURINA, A.R., takhn.red.
[Forest products and lumberyard management] Oanovy lesnogo
tovarovedeniia i losookladekogo khosisistya. Koskva, Goeles-
bumizdat, 1960. 392 p. (HIRA 13:12)
(Forest Products) (Lumbaryardo)

uVITALOV, MVA., kand.teIrhn*nauk
Mpchanizine, the loading of short-cut tinber in closed freight cars.
Mekh.i avtom.proizv. 14 no.3:46-47 mr 16o. OCRA 13:6)
(Timber--Tran-sportation)
(Railroads--Freig~t cars)

ZAV IYAWV t Mikhail Aloksandrovich; GMFOR t V* A. I red. j EXOT I KOVA p Ye. S.
red, iza-va; KOMUSHINA-f-A-.-SI. j, tel:bn.- reds----
[Central control system on logging roads; textbook for forestry and
I=boring schools] Dispetcherizatsiia na losovozny)rh dorogakh; poso-
bie dlia lesoteUnichaskikh Wkol. Moskva, GosIesb=izdatq 1960,
143. P. (MIRA 14:7)
(Lumber-Transportation)
RT _I, aT
F Uyi UM

SUDHITffNp I Ivenovich; ORESHKINp Bergey Ivenovichl ROGOZKM#
Aleks Vladimirovich; OSIFOVp Aleksandr Ivanovich; GGU)ACHKVSM,
Viktor Andreyevicbj-ZAVOYALDVj-H_i_khaiI Aleksamdrovich; GATSKMCH'
Vladitir Antonovich'-fi-TSIORA; Pavel P N.S., red*;
POLTEVA# BAhap redelzd-va; PARAIMINAI, R.L.9 tekhn.red.
[Pr6blms of mecbanizing I=bering]- ProblemF makhAnizataii 3.eso-
zagat6voko Moskva, Goolesbumizdat, 1960. 191+ p.
(MIRA 24:6)
(Lumbering-4fachinery)
R "n
pt

-.!OFF
MTASIIIKOV, M.V., insh.; W-GTYARETO V.Vs, lnzh.; ZAVIYALOV, X.Ya.
The work of auction dredge with a mechanical digger. Rech. trans.
28 no.8:4&-49 Ag 159. (WRA 12i:L2)
I.Irtyshokova.baese7novo7e upravleniya puti, (for Myainikov DegtYa-
rev). 2.Komandir semlesoon "Bormovokiy-lo" (for Zav yalovj.
(Dredging machinery)
J

WER
ly~Eatiail,- A~iE i ~e ip. lj~, t i ! aL,2:36, t .11& Lia ft- F-I~ '01-1 IL'~ k~Mjl I

- ------- ---
---- ------
All t y Z
ZAVIYALUil V. Z IIS'-arpcal~i- a cuttifir tool t's a conditir,., for the
I ; n EicLcr E'ducation UM-..
bility G~ a Vxhnoloreical
GovikLv 11 Inat tr-ent A. A. Zhilanov. Gorlkiy,
jon f4,)r thr, doj~nw or docLor t.n Toclini.cal Sti.
SO: Knizhnaya Latopis', No 1-,56-, Moscow

ZAVIYALOV,,M.Z., kand. tekhn..naukv dotsent
Effect of grinding co~.41tlohs~on thastrength of xetal-Cutting
tools. Trudy GPI 17 h6.4:5-14 161. 16:12)

AUTHOR:. Zav 0VT-**-Z~i-i-C=UdAte of Teahnic'a' Scien~efijp' 66denf
;~Y~ -
TITLE: The Influence of Cutting Tools on the Productivity of
Automatic 14aohining Processes (Vliyaniye rezhushchikh
instrumentov na-proizvoditellnost' avtomarizirovannykh
protsessov mokhanichookoy obrabotki)
PERIODICAL: Vestnik Mashinostroyeniya,19589Nj 1261 pp-)+~'-1+6 (USSR)
ABSTRACT: Variable tool life influences the productivity of
automatic linsop antd it is necessary to eatablish maximum
rates of cutting consistent with minimum tool lives,
The way in which the tool is $round has an important
bearing on its lits. A series of tests was made in which
tools were ground with different depths of material
removed per traverse from 0,5 to 1,27 = on first
traverse,, and 08 to 0.5 ;a on subsequent traverses.
These revealed that the ratio@ of =imum to minimum life
of the tools varied from 14-45 to 11.3o when cutting with
constant regims and matorJ.41# according to the rate at
which the tool was ground when sharpening it. It was
found that when tools were ground with maximum depth of
Card 1/4 material removed per travorse of 0#5 mm on first passes
And 0.25 ma onlfinal-paasos the ratios of maximum to

SOV/122-58-12-1~/32
The Influence of CuttIng Tools on the Productivity ofkutomatic
Machining Procesnes
minimum tool life drolped to about 1.5 and average tool
life increased up to 35%. Further tests on samples of
high speed tool steel hardened and tempered to 6o - 61
Rockwell 0 showed that heating during grinding givo,3 rise
to structural change creating internal stress leading to
crack formation, Fig 2 compares the surface of a sample
ground with 0.1 mm dopth of material removed per traverse
with a food of 0,1+ mm per traversep with a sample where
the depth of out was 0,5 mn and the food 2 mm. A series
of tools were ground with depth of material removed per
traverse varying from 0.1 = to 0.5 mm, and food from
0.4 mm to 2 mm. These were proved cutti" steel at 45
metres/min with 1+ mm depth of cut and 0.256 mm/rov feed.
Table 2 shows variation in lift from 56 minutes to 12
minutes according to the manner in which the tools were
ground. The grinding wheel was dressed and the tools
re3harponed and similar cutting was made, but with rate
of feed 0.488 mm. Table 3 shows tool life varying from
Card 2/4 41 minutes to 6.9 mimites. Measurements were made with
thermocouples to determine the relationshipbetween speed

SOV/122-58-12-15/32
The Influence of Cutting Tools on the Productivity, of Automatic
Machining Processes
of-cutting (for given tool life) and regime while grind:lmg
the tool. Three sets of 25 tools were ground with the
different depths of material removed per traverse, and
different foods per traverse, given above. Each tool
~
was tested at cutting i;peeds from 12 to 31.7 m./min with
4 mm depth of cut and 0.265 mm food, Curves showing
-temperature(millivolt:3) against speed (m/min) are given
in Figs 3a and 3b for bb:4-different-combinations of tool
grinding conditions, On the basis of these togta the
relationship
I
V90 ji:5: matres/min
t o.42, 0.5t 0.1+3,9 0.25
p p z z
where v90 is speed of cutting consistent with 90 minutes
life; tp is depth of cut in-mm; s p is food in mm/,rov;
tz is depth of material removed per traverse when grinding
Card 3/1+ the tooll- al is food per traverse when grinding the toolS
was established*

SOV/122-58-12-15/32
The Influence of Cutting Tools on the Productivity of Automatic
Machining Processes
It is recommended that high-speed steel tools should be
ground with tz not more than 0.1 mm and sz not more
than 0.1+ mm. in final grinding. With normal toolvear,
structural change in the tool will occur to a depth of
0.5 to 0.7 mm, and this material must be removed with
preliminary grinding with tz not more than 0.5 mm and
sz not more than 2 mm, By establishing a consistent
tool grinding regime, and by grinding the tools in good
timed consistentproductivitycan be achieved.
There are 3 figures and 2 -tables.
Card 4/1+
M-1 17

ZAVIYALOV. N.
--A -factory remembers a herd Voen. nian 40 --n -2-8 F 164--
0.
iMM 1712)
1. Zavod imni 14aslennikova, Kuylrfshev.

EN
ZAVIYALOV 11, gvardii general-mayor
A stop forward. Voen.vest. no.9s5l-54 S 060. NIPA 14-- 7)

ZAViy&LOVO it. (Kuybyshev)
Friendship is strong. Voen. znan. 42 no.2:30-31 F 166.
(Fam 19: 1)

I
ZAVOYALOV-9-1lrA-,i-p--poll..,ovnilc; UDALOV, F.P.f inzh.-r..-yor
Offico of tano recordino. Vert.rjro'%,ivovo7,A.obor. no.1:64-66 Ja 161.
(YIPL .14:2)
(Radic in aeromutics';

1. Direktor Vladlmirokoy oblaotnoy voterinarnoy Iftboratoril,
---
, I ; I.. ~ : I ~r .

ZAVIYALOV,..11.1.p Inzh.
Nozzle for welding In carbon dioxido. Svars proiz,#** no#10:39-40
0 (141RA 16:,11)
1, Chelyabinskly filial Instituta "Promat,%likormtruktaiya".
MO

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ZAV I YABOV,
to the article liv the smineer V.I. Marancy. Test-
In referenc (I(mA 12:4)
elaktroproms, 3o -no.3:75 Mr 159.
(Bleotric cables)
(Kuranov, VoW.

AUTHOR; SOV/110-59-3-23/25
Engineer
TITLE: Concerning the Articlo by Engineer V.I.-Xuranov
(Po povody stat'i iazh,VQ1-KUranova)
PERIODICAL:Vestnik Elektropromyahlennosti, 1959, Nr 3, pp 75 (USSR)
ABSTRACT: This brief note discusses an article on the method of
utilising reserve equipment in the cable industry
published in Vestnik Blektroprom7shlennosti, 19589 lir 11.
It is stated that cable making machinery cannot be speeded
up as Huranov suggests because the limiting factor is not
centrifugal.force. The author considera that Kuranov's
suggestions are in general inapplicable.
Card 1/1

BONDARENKOP YeA., Inzh.; ZAVIYAWVp N.N.Vinzh.
Production of foamed slag using a granulating drum, Strai,
mat. 10 no.3;32-33. Mr 164. (14IRA l7r6)

ZAVIYALOV, N-P-,; RVIN, D.A.
Increasing the service life of lubricants in 3D6 engines. ftOUT.-
tekh. sbor no.l.-50-63 159. (HIRL 13:9)
1. Mookovskoye parokhodetvoo
(Marine earines--Lubrication)

AUTHOR:- Za_-7'ya1ov-,__N.P. SOV~128-)58-10-14/19
TITLE: Experience in the Appliention of Steel Alloyed with Alu-
MInum (Opyt primeneniya stali legirovannoy alyuminiyem)
PERIODICALi Liteynoye proizvodstvo, 1958, Nr 10, p 30 (USSR)
ABSTRACT; To avoid the use of scarce high alloy steel and alloys for
hearth bottoms and other parts, the foundry of NATI (NAT!)
used low carbon steel alloyed with aluminum the alloy
being composed of 0.8/. c, o.6~1- 14n, 0.29;'. Si: 0-03Er/l. Pm,
0.027% S and 1.95% Al. The hoarth bottom made of this
alloy was used for 10 months at a furnace temperature of
900 -to 9300~ It had to beremoved due to warping, but the
surface oxidation was minimal and no cracks had appeared.
There are 2 photos.
1. Aluminum alloya--Applications 2. Aluminum alloys-Performance
3. Furnaces--Equipment
Card 1/1

ZAVIYALOVy
Grokhochonle rud. Svordlovak, Hotallurgladnt, 1942. 40 P, Mud. (V pomoshchl
raboohim mnasovykh profeanii)
Ore screening.
DLC: TH515.Z3
SOS Manufacturing and Mechanical Engineering in the Soviet Unionp Library or
Congreso, 1953
3~ zrV

-ZAV!YALOVt-R. S.
The screening of area. Sverdlovsk, Goo. nauch.-taktin. izd-vo lit-ry
po chernoi I tavetuol metallurgii, 1942, 40 p, V jxmoohcbl ralvehim
massovykh professil. (50-40614)
TN515.,Z3
e K ZN
Y d

'~bs Jou-,.- Biol., T;) 11-, lgra -19
,%uthor
IT.V.
Inct. ~,-e
Title : ;,pplication of Lac~cr-.'al For-~'AlJzQrs to the
Orig, 1)ib : Saft 1 195", u) 4, 27-29.
Abstract Lic E~'-'cct of nitrcjr-'C!:I bveti~.-i-ol phosplltorus bactui~;.--,,
ana silicate bactovia o-! 'W,I,c tonato crops on an
c--V.tc,L-' plit in Oclc;stsa vu, s'U-ua&. durin.,,~ 1954-1955
fiato plantirG .-.ippin(~ the roots if t::c so--,4-
Iiii-r-S in the wa-L-.cr of 1-dtro~~,n, I~ios,~,jrus
Gilicatc; bacteria ylcl,,! by 45-46,i,. Dact,.~-
rial fcrtilizers sli,,-bly acculcraCed the ripcrinZ ..)f
fruit L,.-nC prolanC,,cl t!w, tho plaivcs.
L.N. C-1,ar-mmy1di
CarO, 1/1 63

"24(5) SOY/20-128-2-14/59
AUTHOR zavIyal'ov, 0. 1.
... .....
TITLE; Dispersion Relations and the Perturbation Theory
PERIODICAL; Doklady Akademii nauk MR, 1959, Vol 120p Nr 29 pp 273-275
(USSR)
ABSTRACTs In articles recently published,by Y. Nambu (Ref 1) and
K. Simanzik (Ref 2) as wall as in several other papera, the
analytic properties of the scattering amplitudes of various
processes were investigated in the so-called a-representation
by the majorant method. By this method it is possible to
complement any complicated diagram by a simpler one with a
more narrow range of analyticity. In this way, it is possible
to reduce all diagrams contributing to the matrix element of
the process under investigation to a definite number of ir-
reducible diagrams.- The section of the range of analyticity of
these diagrams is part of the range of analyticity of the scat-,
tering amplitude. However, in the process of majorization part
of. information is lost, and since the fir-ite irreducible dia-
grams are nonphysical, theresults-o~' their investigations
Card 1/4 cannot include all the data contained in the perturbation

Dispersion Relationsand the-Perturbation Theory SOV120-128-2-141r-9
theory. When applying this method direatlyl-information also is
lo8t because the physical non-Euolidoan totality of the
momenta of the incoming and escaping partiolee is replaced by
nonreal Euclidean totality. Thia replacement is an essential
need of the method. The above shortcomings may be eliminated
by unifying the perturbation theory with the method of the
general theory, of.dispersion relations (Refs 3A). The
greatest difficulty arising from this method is the analytic
continuation with respect to the fictitious variabler up to
2
the.real,value(V The possibility of this continuation is
easily proved by Simanzik's method. However, part of informa-
tion on the analyticity of the scattering amplitude with
respect to the variabler is lost again, yet in this case not
the whole information is required. A'a an example, the author
investigated the scattering (forward) of K-mesons by nucleons.
It is assumed that ~ denotes the momentum of the incoming
nucleon, ~'- the momentum of the escaping nucleon, 91 - the
momentum of the incoming meson, and 2 - the momentum of the
escaping meson. The investigation is carried out within the
Card 2/4 usual system of relations.

Dispersion Relations and the Perturbation Theory BOY/20-128-2-14/59
4 + 0, ~2 1 0 0, + 2 2 2
P A 2 T,
P' + 5 + X9, ko E. T'(E,T-C)1-~