SCIENTIFIC ABSTRACT ANUCHIN, N. P. - ANUFRIYENKO, V. A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000101820007-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: December 30, 2016
• Document Release Date: June 19, 2000
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

ANUCHIN. Nikolay Favloviohp prof,l WLOVA, V.I., re& I TRUKHINA, C.N.0
takhn, red,
[Forest mamsementl Umoustroletvo. Moskva, Isd-vo sellkhoz.
lit-ry, shurnalov i pialatov, 1962. 567 p, (MIRk 15 15)
I* GUen-korrespondent Vessoyusnoy akademli soliskokhoxynymtvan-
nykh nauk lm, V,I.knina (for Anuchin),
(Forest management)

AKUCRJK,,-NikolV_f~,~~ prof., doktor sellkhoz. imuk; HKALEVA,
V.F., red.izd-"; SHIEKOVA, R.Ye., tokhn. red.
[Grade tables for pine, spruce, larch, Siberian pine, fir,
birch, a"n oak ank' Cirpathian beech] Sortimentnye I tovarr-
nye tablits7dlia'soany, eli, lietvennitay, kedra, pikhty, be-
rezy, osiny, dub& I buka karpatakogo. Izdw5-9, perer. i dop.
Moskva, Gosiesbumiadat, .963. 468 p. (PIRA 1617)
(Forests and forestr.t-Tables and ready reckoners)

ALFEROV, Liberiy Affinas'Yevich; ANUCIUNs Nj
_ , nauchn. red.;
SOROKO, Ya.I., red.; RAMIN, I.T., tekhn. red.
[Life of the forest) Zhisn' lea&. Moskva, lid-ro "Znanie,*
1963. 30 P. (Novoe Y zhisal nauke, tokhnike. VIII Seriia:
Biologlia i meditsina, no.14i (MIRA 16:9)
1. Chlon-korrespondent Vaesoyusnoy akademli sellskokhosyay-
styennykh nauk in, V.I.Lenina (for Anuchin).
(Forests and forestry)

ANUCHINp
Thoory and practico
no.4:589-606 JI-Ag
of sheltorbelt afforeataticn. Aerobiologin
163. 16:9)
1. Chlon-korrespovident Vaosoyuznoy akada-ziii 3GVskokhozyaystvennykh
nauk imoni lonim.
(Windbroakat sholtorbelts, Otc.)

ANUCHIN, N.P., prof.
Results of investigating forest shelterbelts. Zemlodelie 25
no.5t27-35 KY 163. (MIRA 16t7)
1. Chleu-kor~iapondeut Vaoaoyuznoy akadeall ml'skokhozyayat"nnykh
nauk imeni Imnina.
(Windbreaks, Sheltertwilts, ate.)

SVALOV, Nikulay Nikolayevichj ANUCHINO N.P., rod.
(Principles of organizing forest ranagement and exploita-
tion in heavily wooded regions) Osnovy organizataii lesnogo
khoziatetva i lesopollzovaniia v mogolearWkh re-lonakh. Mo-
Ave., Gosleabumi7Aat., 1963. 208 p. (MIRA 17:5)

jollz~ivnn)o v
lzd-vo

V .,~ .; . " , V-'.. , Otv. n~i.
tfab~()L: for d-Ito!"Allil7it" stwY.11-d lopglrg ".1JIt 11
lit.,XY A lia Oj 'Ode iold ift Vi~vl-eLno I tdk' . ~-, kV n J,
In-t ),,~3wictlitvn i rntik);nnizatrill
lermoro khor., 1%)(4. 55 v. oxilik 1,2:11)
,-O~

pl,uf. V.
DNiYALjll.p b.191 khIlkis ;Mllkhoz. iv,11'.p roti.; ""L":"
G.F., kand. aallk),oz. nauky red.; ivAm;jEov, :;.r.,
naukp red.; IVANOV, red.; G.A.p
i*.And. f,,',I,n. nauk, roil.; U',11T.4:11, io:-.tov
rinL m!~. otv. red.; 1-1;~ Ik V, V.-J., ):anr:. I-ClIKLoz. Inliki
zed.; A.Ya., kfmi. waik, rod.;
oketi. tvm~, ASA.)
Cllkhoz. Tviuk, rod.; lvo..i. vvllicl~o-.
natik, rod.; i.Ii.) t,wl. III-all" red.; 1i(01'111,
tutuk, rods
J,,tudyine., the perforn.;ance .);' new in ~-,ilvirtiltuvv-'
work; r-clantifIc p.-I. -tl' -* . Z~
pens] 10.'7I(:160VWIIC . j~.-(,t-Q.,;:OV
novykh :-nrhIzi m lvvokulltitrn~kh rr~~.~Ik.nkh; nnuchnyo ti-mly.
41.o.skva, I.-d-vo "Loviain t 1," 196.1. Al F..
(XI--,A 17:7)
1. Kozwow. V.,7o,~0yuzryy in~ttlut

, I
hP.TiCHIN, F.I.
Corroslon fjf Otninleau ateol In monobunic atirt)(xylic aridB. Gidrolliz.
I lesokhim. prom. 17 no.7:14-15 164.
(KIRA 17.11)
1. T$entrqllnrr nauchno-issledovatellskiy lenokhimicileskiy Inatitut.

ANUCHIN FIRLOV, A.I.; MIKHALYUK, G.F.
Corroslon revistuiro of' v.-tricto vflii,,,(,r typ-n In .1(-(,tlc acid
solutions& Gidroliz. i lc,-:okhJm. 19 nr).;-,:]."-.14 165.
(m.11tA 18:5)
1. TSontralInn, n.-kuctinc)-irnle(Ir)vnt(-Ilrkly i i,rcwyektnyy instltut
lostAhirdehaDkoy promy-shlennor-ti.

2 -TVL~ 4
ACC NR, AP6012-`O61J--------
AUT11QRs Anuchin, P. 1.
ORN TsNii~jli--
TITLEt The corrosionof stainless -at�Sla In the acetic acid industry
SOUICEt Gidrolianaya i lesokhimichaskaya promyshlennost's no, 81, 1965P 19-21
TOPIC TAGSt corrosion inhibitors corrosion resistant stools corrosion protection,
acetic acidIformic acid,, acetates copper) permanganato, alloy, chromium steels
stainloss steel/ Khl5H3 stainless steel, Kh.17M3 stainless steels Khl2M3 stainless
steel) lKhIBN9 stainless steels OKhl7T stainless steel
ABSTRACTa The effect on stainless stools of the presence (in an aggressive medium)
of copper acetates bichroptes &V potassjum perma q9_ anato is skidied. The effect of
copper acetate on Khl$M
))'rAqW.PKhl2M3 'blKhj8jN,' and_QLanlitainless stools in
acetic acid and i~-a mixture with formic acid is studied,, Oravimetric and oloctro-
chemical methods are used. A 20% solution of formic acid with an addition of acetic
acid (5% of formic) was used. The addition of copper acetate reduces the corrosion
of the steels (see Fig. 1). In the presence of as little as Oel g/liter copper
acetate) the cathode potential is greatly shifted to the positive side (see Fig. 2)o
Additions of pormanganate and bichromate to boiling 80% acetic acid reduces the
corrosion of chrome steels as a result of the expansion of the passive region on the

APW120
ACC Nk,
yr Fig. 1. FIffect of oon-
centration of copper
acetate on corrosion of
h
KhlW steel in 40% acetic
acid and mixture of fovdo
and acetic acidit 1
3 - 40% CH3CODHI, 29'4
Mixtures
Fig* 20 Effect a
,oncentration of
.opper acetate on
%thode polarize-
Aon of OKhl7T
steel in mixture
)f formic and
icetic acids at
rarioua temper-
sturest 1 - 2OCp
) g/literj 2 - 9i
) g/literi 3 - 21
).l g/Uter; 4 -
;OCP 0 g/litorl
5 200,, 2 gAit,
6 : 98C, 2 g1lit4
anode curves and the considerable reduction of the critical current of anode
passivation of the alloy* Orig. art* hast 9 graphs.
SUB CODSI Il/ SUBK DAM none/ ORIO RV & 002/ M PJW 1 002

.GUN.- Bazzar eksandr Gal&shlrich; SHMOVA,
ANU Aadr~eysvieh: BORIK. Al
Sina, T"Illyerna: =IN, G.N.. doktor takhnichaskikh n&uk, professor,
retseasent; BIMITOTA, Y*.K,,, re4aktorl ILICINA, I.Me, tokhnicheekly
redaktor
[Design &nd servicing of tvisting saabines used in oaprons manu &a-
tun) Ustrolstvo I obelushlyanie krutilinykh mashin-kapronovago
prolsvodetya. Kooky&, Oos. nauchno-tekhn. Isd-yo Hinisterstys,
proswahlonnrkh tovarov shlrokogo potrablentia SSSR, 1954. " p.
(Spinning machinery) (KLRA ?:10)
(Wi0a)

- . I/ - -1 - - - ~* ,
, / f, , , I I /,,I " . -
ANUCHIN, V., starshiy loytenant
ft~-
More a~-ut the demountable metal triangle. Voen.-insh. shur.
101 no.1:48 A 158. (MIRA 11t2)
(Snow removal)

". II- ..I it.
Jrans-Carj:at;dan Di.;trict: Scientific-P!~p-lar Gro, iptiog
Abrid, (~d frum pp, of: zak-al-patsk-ain 0"In-';t 1 i lar: o Pskoe
I ;
t f- c GcoEral',ch
Q., i -a: k in . 1""117.

I I-TT;"lT" I'll
Xl I Ts
ARCII'll. Y.A. And SPIRROWt A-1- ZakarTx0skain ObInst, (nauchno-popullurnoe
ogrnfloho3koo opinnni k Geogretrt,jz, 11,47. 17) p.
J 9 0 Val
g
"Litoratura"t p. 17C
DLOi DB346.A65
So:l I.C' Soviet Geography, Part II, 1951/Unclassiffied

~'. T. F - - --
h2lh), ANIA;HIN V. A. Sbankha,.1-titin'skly Noridor. Geogr. echork. Voprosy gcograf4i,
I
sbp o, 1948, c. 61-76.
S0% Letopial ZhimAlfi~ykh Statey, Vol. 47) 19111
a

1. ANUCHIN V. A.
2. USSR (600)
Geology w,,A Geography
hi
7. "Geographical Outlines of snaburiap Ve As Anuo ao (Xoscou, Geography Prongs, 1948).
Reviewed. by YU. X. Tefremy No 4 1949.
9, W Report U-3081, 16 4an. 1953t %olassified.
I

AV"Cid,N) _b, 4A *
Pt!;ocialtst Reorl-anization of We Transearpathlan Province," Goup. v ~~hkole)
i%o 21 19`52
I-TRA Jurie 19,;2

A.""': ; I *. , ~'. A.
.ZulAn);)Ics In -Aran:;carpt-ithia," 'flopnT "o ~',j 1~'1'2
" 1~ LA ,
.0v

Ahuchin. A' A . Grocro6thrAM ANq Kitai'lk'A NAIMOM Rt%pa
MML
'aths (4 citim-C 1,4"pi, . ~ ;,,, ~~ '-M. 195Z. VLC
"Isviriplion pf the thi,J lo!"I .! 0, i'l pw Climatir maps hn~~
dr-rfipl~)ft of .-I md,luhal %.%till in peticulikr tskinfalf, at
I.Allostit 2.Chino.

Historical Introduction to the economic geography of the Chinese People'&
Republic., Top.geog. vol.2915O-72 152. (KLJtA 6;7)
(China-Blotory)

ANUCHIN, V. A. Docent
"The Results of Works In Transcarpathis in Connection vith
of Now Crops a paper given at the All-Iniversity Scientif ic
lActures". 4st, Moake Un,,,, No.8, 1953
the Introduction
Conferenom "14monosor
Translation U-7895# 1 Har 56

ANUCHIN,V.A., kandidat geograficheakikh nauk (Moscow)
Two books about China (*gnat China (maritiet provinces)" B-9-Hur-
saov; "Northeast China.* Reviewed by Y.A.Anuchin) Priroda 44 mo.10t
122-124 0155. (MIRA 8:12)
(1hina-Description and travel) (Xursmsy,I.M,)

ANUCHIN Tsevolod Alsksandrovich; KLROOLIN, Ta.A., radaktor; KOSHXEXVA, S.M.
-:~khnIchsIkty roUktor
[GeograplW of Soviet Transcarpathial Geogrsfiia Sovetskogo Zakarpattia.
Kooky& Go&, isd-vo geogr, lit 1956. 294 p. (MLRA 9tlO)
Irranscarpathia- -0sograp;711

I
't :~ " Y 1 ~- I - I) % f% 1 ~ I T
ANUCHIN, V.A.
ftwAW---~- ,
The essence of geographical environment and the manifestation of
Indeterminism in Soviet geography. Top. geog. no.41t47-64 157.
(Geography) (MIRA 10t12)

AMUCHIM, V.A., red.; BUGAME0. P.L. red.: TFROYLHIYA, R.A., red,;
XMINDY, T.Z,, red.: GBORGIINTA, 0.1,, tekbn.red.
[Natural tones and agricultural geography of Soviet Trants-
oarpathia; collsotion of artiolos] Prirodnaia areda I, giio-
grafils sel'skogo khosisistva Sovatakogo Zakerpatlia;
albornik statei. Moskyas 19599 193 Pe (Kmk 12:10)
(Transoarpathia-Physical geography)
(Transearpethia-Agriculture)

ARJCHIN, V.A.
t-
I-ft -' ris
" -`" I ~ ~ical pro"olaws in geography. Nauch.doki.vy(o.MslhRkko2ly2:-.66)eol.-
geog.nauki no.1:7-14 159,
1, Moskov~kly universitstj geografichoskiy f&kulltet, kfLfedra
skonoutchaskor go r&fij s&mbeshl7kh stran.
Tsograplr)

ANUCHLN, Yeavolod Alaksandrovioh-, SOKOLOV, T.T., kand.filosofeneukp
V- 9
a
pe red.; BXLICHINXO, R.K., mladshiy red.;
MJW# D*A* * takhaered,
Lfheorstlool problems In geographyj Tooretichaskie problany
geografit. Moskva. Goo.ind-vo geogr.lit-ry, 1960, 264 p.
(MMA 13:12)
(Geography)

ANUCHIN, V.A.j YUDKEVICII, O.Yu.p red.
[Criticism on the comprehensivenoBs of geograpbyl 0 kritike
edinBtva goografii. Frodiol. N.N.Blaranskogo. Moskvu.. Mook.
goo. univo im. H.V.1,omoncauva, 1961. 32 p. (MIRA 15s2)
(Geograpby-Study aW teaching)

ANUCHINO V.A.
J=ary plamus of the Central Committee of the CPSU on geography.
Geog. i khos. no,,90-4 461, (MIRA 14111)
(Comcm.nist Party of the Soviet Union)
(Geographyp Economic)

ANUCIIIN# V,A,
Now book with old ideas. Geog. i khoz. no.12t93 163o
(MM 16t12)

ANUCHiNj V.t.
Principles ot Soviet regional geograp);,yo Vest, Moak* uno SorsIrs Geoir.
19 no.5ilAr-20 S-0 164. (MIRA leal-
10 Xafadra stran narodnov- demok,ratli Hoakovskogo universitAtao

RYABCHIKOV, A.M.r prof.~.SHGHUKIN, Ls.,; SAUSHKIN, Yu.G., prof.;
G'fOZDF,TSKlYt A,j HARKOV, K.K.r ANTICHIN, V.A.; SOLNTSFV,
I.A., doktor geogr. nauk
Senior Soviet Geographer;1875- I 90th birthday of Aleksandr
Hikolaevich Dihavakhiehvili., Vest. Moak. un. Ser. 51 Geog
20 no.5i82 S-0 165. (MIRA 1;%12)

_YINOGWOVp K.Vbj GAWINAI MJI,j
AFAW'YVj A.P.j,,MCHINj T.Oq
--W -WMDVSKXI
OIWOVICHp W.1 j, Ye.P.; MSTIGNEYZV, A.A.1 IOKHVINj,
M6R*j KUKKOTp P*Mej OWGILIp I.TS.j IAM; I.G.; VAIEVSK]7#
F.Hej MMLIg SeLl HIZHERITSK31, O.S.1 NOVIKOV; H*I*; )ILZARIM#
O.V.1 PCHSLKIMAj I.A.1 RAZUWVp V.S,,j ROZEKBIZUMp IA; SICROVp B.P.,;
SXUPNIKj, T.Lj SALIVnI, Ye.Sj SHMnU,, V,F,; TEXPNEVA, N.Se;
FnICHAN07p N.I.1 KWAMNOVAs YeAel UNDMICH., G.S,; URtTrM, P,P,;
SHIImI A,A*j- SMXKOVO A,P,; KIRIILOV,, L,M.p r*4 I MARK=# M*G.p
tekhn.red.
[Regulations on the confftruction of minicipal telephono zotwork lines]
Fravila po stroitel'stvu lineiWkh sooruahenii gorodakikh tolofomWkb
setai, 2Azd, Moskva,, Sviazlizdatt 1962- 511 P- (MM 1515)
1. Russia (1923- U.S.S.R.) Hinisteretvo nyasi, Glamoye upravlenUe
kapitallnogo stroitalletva.
(Telephone lines)

JT~-CMA-V-21-
Diagnostic diffivalties in the expertise on alcoholic pmmoids.
Prakesudabnopsikh.ekspert, no,?W-,4~~ 162. (KnU 16 12)
(PARANOIA) (AMOHOLISM)

ANUCHINP V.V.
Clinical aspects and forens96 psychiatric evaluation of
protracted alcoholic paranoia, ProbrmA.paikh. no.12s59-71
162o (MIRA 164)
(PoRnsic Fsmimr) (PARkNOIA) (ALOOROLMM)

T
1111"hanlem G(tbo T&W-PILM Onoll
UOU OGAULMV. V%M"
and In
a preson
'
QW: Itsfikov, -and
AMM,
L- KAUW-
ag.;
4 .
~
ITOWN 13.4.a.1K ~. on, 2FRA 10M).-V110111on of PhMt
*
In the tem range 300-75
yields mainly C01. JIA Bill,
1101H. =e, madele anhydride, and anthrequinone, and
=~-X arats. of PhOlt and 11010. The ptoctsi can be
the scheme of then products, only VI was
'Chemical Abet. co
ell/ \
Vol. 48 No- 4 Phikle I'liC11,0011 PhOll P- Csil.0. C(~, 11,0

Feb. 25t 1954 ell
\

Organic ChemiatT7
(111) C0
(tv) (VI

PlIcil'ou "' val 1110011 nzoll C411.
(VI) (Vill (VIU) (IX) 00
sot detected. 7U scheme invvirts 2 tnternirdlate
f
r
i
.
oxides It and Vill. Anthrequinone (XI) was detect"
the ;x"W;tW of 1. but not In the oxidation Of either VI or
VU. Tbefortuational It evidently ptocteds byway of I+
0, + 1 C IN ~14 XI, 1. the aAlalioo cof 1. the total
amt. of VII + R does not exceed 4%: that this Is due to
Ts from the obsetvation
vrith a mlack timat shortened by a factor Of 4. the yield of

VU Is as high as 25% of the 'ginal 1. In the oxidation of
Mrs YU In the same temp. fence. the main Product-4 are Ix.
IV. and V. u a functiott of the temp., their arnt-.1. Pass,
staveessively. through maii. Advance oddn. of 140 In.
at the total )*tdl invkr4ily, but withoqt ahttins the
consecutiveness of the max. Oxidation of V1 alw ykid%. in
the taisin. the products of iwvrnpl~te oxidation, Wt in sm"t.
Wbat smaller Wnts. "" VII. Production of VII and of IX
procft* simultaneoutsly, this Is taken u evidence that U is
formed oot only from VH'. but alon directly trom VI, era the
Corresponding hydroperotide. VI +N PhClvoloool I f'-"
IIL Addn. of 11.0 vapor again in"raws the yields of tire
intermediate products. without altering the di tion of
the mat. V4Tbon

HOUKOV, A.M.: HAVIKOV, S.R%l ANUCIIINk,,_I.G,__.
Copolymer tent ion of dipentane &nd acrylanitr1la. lav.Sib.otd.
All SSSR no.5:4f~-54 059*' (MIRA IND)
1, Xhimiko-matallurgichashy Institut Sibirskogo otdoloniya
Aka4sall nauk SSSR,
(Acrylonitrile) (Dipeatene)

ANLICHINA, 1.G.
Chavileal oompoelton of Siberian laroh wood. Trudy Xhim.-met.
lost, Sib, otd, AN SSSR no. 13:37-40 159. (MIRA 141l)
(Lar eh ) (Wood-Chemistry)
~e
I
%-I

4044- -3s'o o 66397
AUTHORSt Anuobin&_jN.X,.,,j_&nd Yanenko,N.N. BOV/20-128-6-1/63
TITLEt implicit Splitting schemes for Hyperbolic Equations and
Hyperbolic Systame
PERIODICALs Doklady kkadenii nauk SSSR, 1959,Vol 126,Nr 6,pp 1103-1105 (USSR)
ABSTRAM K,A,Bagranovskiy and S.X*Oodunov fRef Ig approximat*d a system
of partial differential equations of hyperbolic typs by a oqo-
dimensional explicit difference scheme which was stablo under
certain assumptions on the step. The authors use an analogous
method which in denoted as a splitting method, In order to
approximate equations of hyperbolic type for an arbitrary step
by on*-dimensional implicit difference schemes. E.g. to the
equation 2 2
(18) XL_ . 0
2
"a t i"l ZxI
there corresponds the splitting scheme
Card 1/2

66397
Implicit Splitting Schemes for Hyperbolic Equations SOV/20-120-6-1/63
and Hyperbolic Systems
n+ I + n+ I + n+ 1 n+
M m
(19) P p 1) +D
n+1+-! n+l+(!---') n+ 1 n+
p M+P m +P m+2 m
The scheme (19) approximates (18), is spectrally stable and
consequently convergent. Linearized equations of the gas dynamios
are considered in detail.
There is 1 Soviet reference.
PRESENTEDs June 6, 1959t by N.N.Bogolyubovo Academician.
SUBMITTEDt March 7, 1959
Card 2/2

ANUCHINAO N.N.
Dirference schemes for solving the Cauchy proble for
hyperbolic symmetric systems. DokI. AN SSSH 154 no.2:
247-250 Ja'64, (MIRA 17:2)
1. Predstavlono akademikom I.N. Vekus.

,9/137/WOOO/004/026/201
A006/AIOI
AU711ORS: Sobinyakova, N. M., Ivantsova, 0. A., A~nue Ina
T. M.
TITU'..- Now studies In tie field of hydrometallurgy of molybdenum ores
PFRIODICAL: Referativnyy zhurnal, Metallurglya, no. 4, 1962, 21, abstract 110128
(V ab. "Mlneralln. syPye", no. 2, Moscow, 1961, 206-225)
TEXT: The authors studied the possibility of elde-extracting Mo sulfide
from complex sulfide ore by sulturic-acid lixivation with the use of oxidizers.
It was found that for complax oren with low sulfide content the extraction of
Mo 6ulfIde as a result of its oxidation by the addition of oxidizers wan
practically expedient. The effectiveness of the following oxidizers acting
upon MoSp, was investigated: chlorate, bichromate and KMn04 bleaching powder,
pyroluatte and HNO For practical use in acid media X-chlorate and HN63 are
reco.",nonded as oxilizers. In acid leaching-out of ores under optimum conditions
for both ox'Ad~zers Mo extraction to 83 - 85% of the total Mo amount contained
in the ore. The consumption of the mixture (75% 112304 and 25% HN03) to 7.5% of
the oro weight; the consumption of Kl chlorate or 11NO Is 1 2% or 1. "
respectively of tho ore weight. Conditions were workel out ior Mo separation
Card 1/2

New studies in the field ...
5/137/62,/600/004/026/201
A006/A101
out of the solution with the use of new Industrial anionite grades pA3 -ion
(EDF,- iop) , A B - 16 (AV- 16) . A I I - i (AN- 1) and H 0 (NO) ]. I t was ostabl. I shod that
It was expedient to eluato Mo by amonia solutions with NH3 concentration of
) 50 g/l. Thore am 30 references.
[Abstractor's notes Complote translation)
0. Svodtseva
Card P,/2 - I I . . . - __

d
~ 0' I-S -
I
I
Lite on R iiicrer ."lley kolkho7 YOP, kV A. ~,)Ft . i7,;-vo rf~ 1 1 i . I ~, 4.
6 1 it.
I . Arricolturc, %;ool,erstivo - Russia - Imiet,or Valley

M
- AITUCHKII4.0 G.P.
Investigating the dynamics of automatic control of a turboprop
engine having a limiter of the negative tlu-ust. Avtomereg.
aviadvige noo4t95-102 162o (MIRA 15,11)
(Airplanes--Turbojot engines)

ANUCHKINS M.P.
COD TECH SCI
Dissertationt *Investigation of Optimum Shapes for Beam and Columns made of Thin-
walled Stamped Sections."
6 December 49
Central Soi Rea Inst of Industrial Structures.
80 Vecheryaya Moskva
Sum 71

ANUCHKIN, M. P.
UMN/Enginoering - welaing, Testing Jan 51
"Internal Stresses in Welded Joints of Pipe Lines,"
M. P. Anuchkin, Cand Tech Sci, UllStroynert,
"Avtogen Delo" No 1, pp 11-14
Used pipes or 325-mm diam, lo-mm wall to study
transverse contraction of pipe jointo and dis-
tribution,and mWitude of int stresses in welded
Joint. Also subJected Joints of pipes 125 mm in
diam to tension tests, shoving single test to in-
sufficient to det actual static strength of welded
Joints. Double or triple tests required with load
carried above yield point each time.
183T52
2

U&U/Netallurgy - Welding, Pipes Aug 52
"Strength of the Welded Joints of Pipelines,"
M.P. Anuchkin, Cand Tech Sci, NIIStroyneft' Al
Res Inat for Coftstruction of Enterprises of the
Gas and Petroleum Ind,?_7
"Av-togen Delo" NO 8, PP 13-16
Analyzes results of 6xptl investigations on fol-
loving subjectet (a ) studying behavior of velded
jointe.under tension, (b) detg nech character-
istics of velded joint and bass metal of vhole
pipes; (c) investigating conditions for failure
of velded Joints wA effect of aging and plastic
deforsations of weld metal on plastic propertUs
of joint. 233T48

VLOO 6't
01600 It
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muto" &SIO
o 6-51
to$ 0,
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Soo t *8161, %vao do
0 0
klaoov
't~,*T tou
a 016
1. logo .10 %V,
0106
'166Y.15, %o tov
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11,10, GOSONN
set 10
V,0.6t

Subject
Card
Author
Title
Periodical
Abstract
USSR/Sngineering
1/1
Anuchkin, M. P.
AID P - 210
Causes of Failure of Welded Seams and Conditions
for Welded Pipe Lines of Uniform Strength
Neft. khoz., v. 32, #3, 42-49, Mr 1954
The study of various methods of electric welding
of pipes is presented. The strength of the pipe
joint is analysed In respect to the material of
the pipe and welding method. The resulta of com-
parative tests are presented In 3 tables and 3 charts.
Institution None
Submitted No date

Subject W33II/EngIneering
card 1/1 pub. '18 - 18/29
A W P - 552
Author Anuc~hkln, M. P.
Title ii,,ritional mothod of reinforcing of the welded junction
of the pipe lines
PeriodicnI Neft. Khoz-, v. 32, #7, 7o-74, JI 1954
Abrrtract Genernl description of welded pipe line.reinforcements of
val,jous typea (sleeve3, leavesj angles, etc.) is given.
The author also presents the physical charactorlatics and
dimensions of weld-reinforcing materials and the stresses
developed In the junctions. 2 drawinls, 4 charts, 2 tables,
and 2 Russian references (1951, 1952 -
Institution None
Submitted No dote

- i 7 F-
%VVkt"jv-T A -f
WMM, 'LL
J,AM-O QPW 1,11L 11N~,, my., (Fcft. (C-il Ity), H. zm
ii I I ri'l
.~ra I" tq Ct ?I Z! h-L.4
U0 ft~fl, "10 1" 1 . . ;;I "'Zil 11, * t
7.1 1 r o%: i w!:, i i-
&N,"Atl 1 t;,L~. III
S~-".Jjo t4l IWO &I,! UT- t

M.'1~4NKOV s 11'. 1. ; 1. L .
Plpoa ror p3 lijmlinus it, tho FLx No.-th. Stru'41. tm0x-rov, io,(j:
3-6 S 164. e (:'IAA Y, ; 10)
1. Vsojoyuzn-rj tiaiielino-i:iqlcdovii.,!11.,;kly instit-at po stroit4lstvu
marlstrallnykh tmt,)cl)rovc%y.
%W

, kandidat tekhnichaskikh nauk; LITSHITS, L.S.. kandidat
-_AMCHK!'jA X-Ft-W
--w $11;a ~ I a
0 skikh nauk.
Causes for the cracking of welded joints in pipelines. Trudy VIII
Stroineftl no.4:5-25 156* NLRA 10:1)
(Ps troleuvi-41peli nee) (Pipe 1 t nes.-Welding)

AMHXIN - kandiiat tekhnicheskikh nauk.
,jhY. .
on*
Now brands of steel for the manufacture of large-diwwter pstroleun
gas pipes with & longitudinal electrically welded seam. Trudy
VNIISTROINUTO no.703-64 136. MR& 9 111)
(Pstroloua-41palinse)
(Pipe. Steel--Welding)

Lm - - . - - II ~
'p; W--9
Lal- 2~~ ili~l - ~
,pp
I T 7, ~ 77 f 7-7 1 7~~-,V- -,-
I -:=
=tfesll Ell . 1,
, - cz~ ~~ . - .

AUTHOR$ I "
None Given IL5-56-6 -15/14
7ITLEt The All-Union Scientific-Technical Conference on the Produ-tier,
of Welded Pipes and the Assembly Welding of Nain Duct,B (V91,
aoyuznoye nauchno-tekhnicheskoye soveshehaniye po proizvcdrtv,~
avarnykh trub i montnzhnoy svnrke maglatrallnykh trutoprcvodcv~
j
PERIODICALt Avtomaticheskaya Svarka, 1950, Nr 6, pp 9,1 - 99 (USSR)
ABS,'hACTs An All-Union scientific-technical conference on pipe -welding-
took place in February lqt,8 at, the Itintitut olektroivarki imeni
Ye-O. Paton& (Institute of Electrowelding imeni Ye.O. Paton).
It was convened by the Toentrallnoye pravleniye NTO neftyanoy
promyshlennosti (NTO Central Administration of the Oil lnduot.,)-),
the Glavgaz attached to the USSR Council of Ministers, and tl,e
Institute of Electrowelding imeni Ye.O. Paton. The cenferenc.
was opened by M.V. Slldnrenko, Preoident of the NTO Central
Administration of the Oil Industry and Deputy Director of the
USSR Glavgaz, who delivered an Introduetcry rvport on thu di-
velopment of the gas industry and on pipo produotion re-juirso-
ments. The conferen~u then heard the following reportsi B. Yc,.
Paton, Director of the Institute of Electrowe"Idink,, Menter-
Qard lh Correspondent of the AS UkrSSR, cn the produotion of' welded

The All-Union Corifvrenc(~ on the ircducti~-n Of vJ
iiyes and tiv, Aasembly holding of Main Oiucts
pipes 3nd mechanization of welding in pipo-line
6.1. Borisov, Loctor of' Technical iciences, )ej-o
'y
of VNITI, on ncientific research in the production of thin
walled pipes of larj;e diameters; V.I. Gorodetskiy, C 1", 1 -, f
Engineer of Ukrgi proeaz, on the ca lcul a t ion o f -13 in du,~ I _-, ;
A~.k, Anuchkin, Candidate of ~echnlc;il Sciences fron VIIIIJT.
the I.cchnical requirements of high-pressure pipes; R.I. Lngh-
kovich, Candidate of Technical 6ciences fror. the Institute of
Electroweldine imeni Ye.O. laton, on modern technolotical sy-
stems and equipment for the production of lurge-diamoter plpeo;
~i.L. t4andellberg (Institute of' Electroweldin6 imeni Ye.O. Pa-
ton), Candidate of ~eciinical 3ciencea, on the Iroductien !och-
nology and properties of straitht-seam welded, large-diameter
&as-piyes; G.L. Livnhitz (Tz.;NIIChM,), Candidate of Tochnical
Sciences, on steela for hic;h-proassure oill-pipes; I.A.
Engineer from U36R Glavgaz, on technical conditicno for oil-
gas pipes abroad and particularly in tf-.e US; A.M. Guaregnill,
Engineer, Chief of the Pipe-welding Workshop at tLe Chelyab!nsk
Plant, on experienceu in the pruduction of rxlded large-diameter
Card tubes; G.V. hayevskiy, Candidtite of' 'e(Ainik"11 icietAes (Ir.ntitutf.

ANUCHKIN.-H.P.. kand. tokhn. nauk; AMIXOT, V.I., inzh.; SHAXHOVSKAYA, G.T.,
~ I--.-- insh.
Welded pipe strength In win trunk gas lins& Svaro proisv, ne.2t
21-22 7 159. (MIRA 12sl)
lJossorus chno-tooledovatellskil institut tvardykh $Pl&T*V.
Pipe, Steel--Wolding) (Welding--Testing)
(Gas, Nstural--Pipelineo)
a

Ab=HKIN, H.'Pa, kand.takhn.nauk
Welded gas and petroleum pipelines in foreign countries. Strol,
truboprov. 4 no.12:27-29 D 159. (Hua 13:5)
(United States-ripe-Steel)

NUMATIV, S.I., rod.; SALUNVADZE, V.S., redo; ANDRIANOY, K.I., red.; VASILITST,
A.U., red,; ZHUHAUVA, GP,, red - IRTLOY, PsI., rod.; KMIONDZXR#
O.L., red.; XMIAMINHIN, P.O.. red7tdocensed); CUUMISINOV. N.H., red.
Prinimnli uchastiye: WCHKIN, M.P.. red.; GRIOURITIVA, H.B., red.;
ZHLMOV, V.I., red.; 9ALWZ-aftv--W'.-O.', red.; KAHRRMTM, A.0., red,;
KOZLOYSEATA, A.A., red.t LAYROVA, M.P., red.1 NUSOV. 0 1 rod6t YALI-
KIVICH, A.S., red.; MSHOV. P.R.,-vq4uehchiy red.; YEBR&A, 1.0.,
to khn. rod.
[Safety regulations for constructing steel polines] Pravila tokhniki
basopasnosti 'prl stfoltal'stis magistrallnyg stallnykh tniWoproyod9vo
Hoskin, Gos.nauohno-t0khn.lzd-vo neft. I go rno_top lynol lit-ry, 1960o
235 P. (MIRA 13t9)
10 Bustle (192)- U,S.S.R.) Olavnoye uprayltmiyo gazovoy promyshlonnosti.
2, Veasoyutnyy nouchno-isel"evetellskly Inetitut tvardykh splayov (for
Anuchkin. Grigorlyevs. Zhu ov, Kalyushnyy, Xamershteyn. Kozlovskaya,
Layrovao Nueov# P lkaviM
tpliyellnos) (bdustrial safety)

.3 1, O)i~ i lv.)O'
A 0i /AN
AUTHOR, Anuchkin, M.P. Candlda$,e of T-~,hnl2il Scl~-wp-
TITLE-, N-w Technical Requireneints for the Supply of El~aiitr'.C-Welded Pipes
PMIODICALI Stroltel'stvo triboprovolov, IC0,10, No~ 10. 1, 28
TM(T: New Technical Requiremqnts 4MTY No 20?-AVCIM~1. NO, P03-60) for
the supply of 720 and 820 wa pipeA on ths~* ChEilysblni~ly '~Xubnyv zavod (C-helya-
b1nsk Pipe Plant) have been issued. Tht~se Introduce in general higher claims
In regard to the plaetioity &nJ toughne~? or the. 7,^I.al, a! wAll as to the ac-
curacy of dimenal-mis. The new Techi-tical. R-~qulr,inrents ara ccnsldered temporary
due to pending Improvements In the quality of the metals The tensile strength
of 48 ~K/=2 has remainel the same, whiln the yield point mist not be lower than
34 kg/immd instead of formerly 38 kg./mm2i. This ~nstlles manufs~,tiirorft to ralse
the plastict property and t.1,P tougtmest of V- stvel. V,.tl, lowaring of the Y1101d
point permits to decrpasq tbe. carbon con'.thrit. In tteel. whi.0) trStig3 d,.)wn thot
percentage of metal diformation In sxp&nding In a-ccrdance with statisti-
cal data the relative elongation of sheet st."I Igr (190) hat, Jncrested on an
average of 2-3 % In 1960 as compared with 19139. Tlc~ Sod
toughness of the moital in finithed Pipes, the Conditionr, rAlse 'tie re-
Card 1/2

3/C?5 /6o/oo)/0,A o/oo2
AO~,- i./AO29
New Te,~hnlcal Roquirements f~~r the Supj,ly e( Elv- I- W,,~& i,~!
oulrevents for the value of relat.jv-~ elongAllon 4nJ tht, valti~? of tt.e !*&tio bei
Uvctm yield poInt, end tensile strength in this connection 18 't for th's fo""?)
and 0.82 % for the latter lnvolvt4 rejection cf Nr- to t-he fact that
plants still lacX e.xperience In producing plL~-i. a c-11alln -illowarce Is granted
until Janua" 1961. Technical Conditiong prcvlda also foT certaIr, reatrIctions
on excessive expansion of metal, as a result of plpeb b,~Irg exp&ndfdt for 720 MM
pipes expansion should not exceed 1.2 %, and for 820 mv ptpeA- 2.2 %. Detcrma-
tion of pipes will tve limited In 1961 to 1~2 Z for both 820 and 720 = pipes.
The Teckmical CondJtions ChMW No. 210~-60 also ral.- th,- arcu.-A~y norr3 for pjp!kq
the tolerance for the outeldo di&met.pr of' 720 mim 1!; t !I rmir !1nL-o3,,t of t 6.5 nrr)
and the outer diameter of 820 mm * $ irr: ,Q- ptpe end!~ the tol-ran,os are + 2 rn
and * 3 mm, rospe,Alvelv. Tne, new c" Aal,r-imining, ,-ho tolf~r,.Vn(-e of disk-
meter Is done by t0lrg th- tart, treigu,,~rp-nt of fk,~, perlwell.v of !K., pipe and
divide It by 3.14. Tl-,~ e11lP4,;, ttltwper minimum an] Maxil"M diame-
ters) should wlt exc--j 6 myr for- 72~) rr,-- rip.-t;, tar! 6 inn, frit 620 mm pipes. ChKrL1
No. 203-60 providoA for a greater varl,-;-~Y cf ~feel to to u-;J. iiding thv~ t~hcw
new grade:~ 14 Ff I 4,141,1N) and V~ r-H -,51A) Or.SK-
Khalilovo Flant I-.n+;,*1nIng 0-th 1)
Card 2112

TM,IN, V*S,,, Imnd.takhu.muk
Thirteenth Congreas of the Internationa Institute of Welding.
Stroistruboprov, 5 no.11,30-32 N 160. (MMA 13:11)
1, Chlon-korrespoodent Akadevii strottelletva i arkhItektury
SSSR (for Turkin),
(PIpelines-Weldins)

ANUCHKIN, M,P., kand.tekhn.nauk; ANINKOV, NI*, insho
Iffeat of auto and hollows on the be&ring oapacity of pipe,
Stroletruboproy. 6 noollt6-9 N 161. (HIRL 15%4)
(Pipelines-Testing)

TURMl V. S. ; ANUCH17ij M. P.
"Strength of Pipes and Design of High Pressure Pipelines."
Report to be submitted at the 15th Annual Assembly of the International
Institute of Welding in Oslo, 425-30 June 19U.

CHEKANOV, A.A., kand. tekhn.naukl ANUCHKjF,_.~.P.-,-kand. takhn.
nauk, retsenzent; CHWTAX, V.S.f lnzh., red.; RAGAZINA,
M.F., red.isd-val DWINA, N.Y., takhn. red.
(Low-temperature welding]Svarka pri niskikh tomperaturakht
Isd.2. parer. Moskva, HashSis, 1962. 191 p. (MIRA 16s4)
(Bleatrio volding)

rwo
39526
S/095/62/000,1004/001/Ml
1031/1231
AUTHOR: Anuchkin, M. P., Candidate of Technical Sciences, and Makarova, Z. G.. Engineer
(Vmff.-Moscow)
TITLE: Effect or plastic deformation occurring during the manufacturing processes of pipes on
the physical properties of their bast metal
PERIODICAL: Stroital'stvo truboprovodov, no. 4. 1962, 13-15
TEXT- Systematic failures are known to occur in the bast metal of cold-txpanded pipes in SoAct and
foreign pipe lines. The cold forming or pipe blanks made by die-pressing induces compressive prestra inino or
the order of 0.1 Y. approx. and tensile strains &verging 1.2-2.2 Y. are created while cold-expanding ti. e pipes.
The induced stresses, although of different type and sign, accumulate and considerable cold-work sti-engthe-
ning or the metal takes place. American investigators have shown that ptecompression is rollo%% ed b.% - loss of
ductility and that the fractures of prestrained specimens have a brittle appearance.
The authors studied the behavior of WH (14GN) and igr (m) steels used as piping material at the
Chel'yabinsk Pipe Plant and concluded that compressive straining has a detrimental effect on the tensile
properdes of gas pipes.
Card 1/2

Effect of pintic... S/039/6210001004/001/001
1031/1231
As to the influence of tensile dtfomation produced by cold expansion on the brittle behavior of investigated
steels, it wits found that the yield-tensile strength ratio increases with increase of the preliminary plastic
deformation induced into the pipe. Comprehensive bursting tests have demonstrated that non-expanded
pipes have a higher bursting pressure then cold-expanded pipes made from the same material. The Gosstroy
SSSR adopted the following formula for internal pressure which makes it possible to avoid plastic deformation
while pressure testing the pipes - 0.8 a Z pD/26, in which a - yield point; p - internal pressure; D - external
diameter; 6 - walr thickness. Bet%ven the years 1938 and 1960, fifty failures in the base metal of cold-
expanded pipes were* recorded in 5.500 krn of pipes laid by Glavgas SSSR, while no failure occurred in
5,200 km of non-expanded pipes. There are 6 figures and 2 tables.
Card 2/2

h3274
9/842/62/000/000/ool/006
-1~) 00 not cigi/E435
AUTHORs Anuchkin, M.P., Candidate of Technical Sciences
TITLEt Brittle failures of welded tubes in major gas pipelines
SOURCE3 Prim*n*niye avarki v stroitellnykh konstrukt 13 iyakh.
Vass. konfor. pa prim, avarki v stroi. konstr., 1961.
Moscow, Gosstroyitdat, 1962. 334-344
TEXT: Some facts about failures In Russian high pressure gas
pipelines made of medium tensile carboA stesi,igr (19G) of the
ChTPZ are recited. Many failures have occurred in 5460 km total
length or pipeline laid in 1958-60, whereas in a similar total
length or pipeline made of low tensile steel tubes no failures have
occurred. A thorough investigation of failed tubes of Soviet
19G, 14rii (14GkN), l5;,*,rVj (15KIiGN) -and Went German (firm
"Flannennian") stools has shown that they had an elongation of nbout
15% and impact valuos at 420*C of 3 to 5 kg/cm2 and at -40*C or
1 to 2.5 kg/cN2. In notched specimens, the reduction of areawas-
found to drop down to 4 to 12% compared with 40 to 50% in smooth
specimens. Thus, the failures were identified an brittle
failures owing to inadequate ductility and excessive notch
Card 1/ 2

ANUCHKIN Mikhail Pav~ovichi SVYATITSKAYA, K.P., ved, red,;
_tekhn. red.
(Stability of welded pipelines] Prochnost, avarnykh ma-
gistrallnykh truboprovodov. Foskva, Gontoptekhizdat, 1963.
195 P. (MIRA 16;11)
(Gas, Natural-Pipelines)
(Corrosion and Oiticorrosives)

7-
On
-am., r.

E~- 7 ~, W--.Aj

T7

17
1. 77 7~
45
1 rE

L T17"9 66
ACC NRz AP6011.606 SOURCE CO DE t L91/0133/66/000/003/0461/01.64
AUTIHORS: Gulyayov, A. P,; Anuchkin,.H. P.; Goorgiyov, H. N.; Dogadayevap V. A.
ORGi All-Union Scientific Resoarch Institute for tho Production of PiDo Mains
(v3osoyuznrj n.-i. insti ut po stroltallstvu magintrallnykh tr;bopi;~~W4ov'-); WIlChM
T
TITLE: A study of the cold shortnos of hoat-treated stooln for pipe manufacture
SOURCE: Stall# no* 5p 1966p 461-464
TOPIC T&AZG: stool pipe) stool property, stool tomporing, stool tos~inC / 17GS stool,1
14GN stool
A,93'1-RAG7: 7ho effectiveness of hent troating. stools 17 nd 14_qN-to Increase their
ro3istanco to cold shortness wan tested. Stool 17GS was produced in'tho Choropovets
Xotallurgical Plant (Cheropovotskiy motallurgichoskiy zavod); stool 14GN was produced-
71rz-,.the O.-G)%-Khalilovskly 14otallurgical Combino (Orsko-.Khalilovskiy motallurgichoskiy
kombina9.'.---tE-oir ro~-pV~t-f~-o--;Ie-monia-1--c-o-m"P-0-sitiona nrel
C st Mn 141 Ct
17
CIS 0 19 0.43 1,15 0,16 -
14GN 0:10 0.3.1 1,00 0.~l) 0.16
p
17GS 0 014 0,01 0.003 0.(K*4 0,W3
I 4GN 0:071 0,012 0,923 0.0(917 0.005
Cord 1/2 YDC 1 --669.14.018.

ACC NRt Ai-6014606
cu'~ f vom, tho Pipes woro heat treated and machined into spocimns for
mo~-, i niea 1test inj
Tho typo of heat treatmont As oxjilninod. Mechanical proport-A'OS
_o -,i t or 1.
a1:3 woro tested for thoir changki in ronpoot to tho toriporature or
ion
ri%': ~-i-i Un--) ronults of these tests are p-o-.--ontod graphically. Ir, the tons
t,,)Gtz' tho mothod of LN. A. Kahn and E A. In embo (Tito Welding Journal, 1950, v. 29, 1
1'. wi3 applied J~,3zlldy of mmket strength rovoalod an almst
rulation botwoon ~hi property aye] tho cross section width. Tile typo
fL~Iu-,) and tho crack forrkationWaro invo.)Wptod and tire shown for varloun tom-
1, _-W'td16_Ue_-'M_1_6rostr cturoVf tho two stools at various types of
purlk,~U*o.,. a,-,.! (treas. u
is prosonted photograj:id~ally. The materials were further tested for
I .) ~ I !Ooiri
t~.-.britt2emont a'. various heat troatmenta, Wth the results of tho ombrittlemont
shown in a table. It is noted that stool 17C-', is most to em-
br` ' " (,,
aftor bolng hamonod and temperod a' (KW, and stool 11,GN at 500C. Ton-
poratitros of -U) and -400 nroo respectively, tho lowest to which tho two invontigoted!
steels may bu subjoctud. Orig. art. has: 9 figm-ov, I microolotograph, and I table.
SUB 13, MMI DAM nono/ ORIC, In*: 001/ OTH MrFi 001,
Cord 212 ki a
-- -----------

MALYSM. 7.A., IcaDdidat toldmiCha8kikh nAuk; SADMICHIT, T.T., kantidat
takhnichaskikh nauk; ANU=N 441 X.Y., Inshener
Hydraulic preparation of peat fertilizers. Isv. AN BSSR no.1:8!)-98
J&P-7 155. (Peat) (mm et?)

15- 57-7- lU j
Translation from: Referativn zhurnal, Geologiya, 1957, 11r 7,
p 25) (USSKT
AUTHORS: Bodilovskiy, V. A. , Malyshev, F. A. , Anuchkin, 11-.. V.
TITLE: Preparation of Peat for Soil Conditioning 17T-Me-
Help of the UMPF-4 Peat Loader (Zagotovka torfa na
udobreniye s rrimeneniyem mashiny UKPF-4 :1 uchet torfa)
PERIODICAL: Tr. In-ta torfa AN B.5SR, 1956, Vol 5, pp 32-46
ABSTRACT: The present article describes te-~ts of th,a UMPF-4
peat loader conducted in 1951 in one of the peat bogs
of the Minsk district. The tests were conducted by
the Peat Institute of the Academy of Sciences of' tlie
Belorussian SSR in collaboration with the 11DUKORA11
Peat Experiment Station. The machine was tested for
loading peat to be used as fertilizer, thit is, peat
with a moisture content of 6C percent. The peat
Card 1A deposit on which the tests were made is described.

J 0
Preparation of Peat foi'Soil Conditioning (cont.) 15-5--7-1G367
capacity of the UMPF-4 peat loader per 8 hours of peat loading is 4
to 5 hectares; the average amount of peat loaded (with W percent
moisture content) is 50 tons per hectare. The cost rer ton of
loading and hauling the eat is 2 to 2.5 rubles for a haulin over
1~0 m. This loader will requi e the ollowing
a distance of 150'm to I r f
modifications for wider use: 1) the undercarriage will need to be
strengthened- 2) the load capacity will need to be redu,.%ed from !'I cu
m to 9 or 16 OU M; 3) the manner of unloadinR the peat onto trucik's
or other conveyances will need to be modified, or the height of
unloading into piles will need to be adjusted ;o from 2 m to 215 m.
Properties and production of the various machines used in conjunction
with the MPF-4 loader are given. The amount of peat loaded is
calculated after it has been brought into storage. Where peat is
produced with the help of farming machinery MTS, the author
recommends that a runi,inC account and a final inventory be taken.
The former is necessary for kee ing track of time spent by workers
occupied in this operation and For planning the time of year when
Card 3/4

~L jCj
Cj
9- Monthlv List Of Russian Ac-cesslows, Library of Congress,
- - p lilt -1953. Unclassified.

ANUS-TIN N.A.,-inahener; BOGMLOV, S.P., Inahener; STZPANOV. V.G.,
-, ll-
laureat Stalinakoy premil.
The SM-301 press for moist pressing brick#. Makh.strol. 11 no.12:32-
34 D 154. (KLU 8: 1 )
(Brickmaking rachinery)

- - - ------------------
te A -I
ANUCHKIN, N,N,-, inthenar; GARHUZOV. Z.Te,, inshener; SHIRNOV, A.Y.,
Prospective developments In high productivity earthmoving machines.
Stroi. i dor.mashinostro 1 no.2t15-1 1 056, (MW 10:1)
(Sarthmoving machinery3

ANUCHKIN, N.H. * GkMUZOT, E.Te.; MIMYIDT. P.N.
The B-153 universal building excavator. Blul.takh.-okon.infors.
no.11:48-50 159. (MIDA 13:4)
Oxcavating machinery)

MIUCIN N N --inigh,; GARBUZOV, Z.Yeq# inzh*; ZAYTSSV, L.V., inzh.;
A.P.0 insh.; MIKHAYLOV, P.M.t insn.
k-155 and 3-156 building excavatoro with caterpillar drive or vith
pnewmatWtires. Stroi. i dor. mashinostr. 5 no.5t5-9 My 160s
(MIRA 1414)
(Excavating machinery)

ANUCHKIIII-Ituls-Anzhaj GAUMOVt Z,Y9-# inzh.; N11MAYLOVt Met inzh.
The X-2#5-lE motor crane with a 2.5 ton capacity. Stroi.i doromunhe
6 U0,40-10 AP 161, 340)
(Crunos# derriakel etc.)

KAZARINOV, V.M.p kand. t*khn. nauk; IZHEVSKIY, K.K., inzh.; FOUT,
L.G., lnzh.j KOTSANDI, LA.# inzh.; 11J.0 lnth.;
POLYAKOV, V.I.,, kand. tekhn. nauk;
takhn. nauk; PAVLOVAO U.N., lnzh.; POLOSIN, M.D., inzh.;
KH(*',OSIICH, I.L.9 inzh., nauchn. red.; SHMtS?NEVA, N.V.,
tekhn. red.
(manual on the mechanization of small,-scale operations car-
ried out on building sites remote from major construction
po'Ants] Spravochnoe posobie po mekhanizataii melkikh ras-
aredotochenrqkh stroitelInykh rabot, Moskva Stroiizdat,
1964. 415 p. WRA 170)
1. Moscow. Nauchno-iseledovatellskiy inatitut organizataii,
mekhanizataii i tekhnicheskoy pomoshchi otroltellstvu.

ACC8S5lOkNR: AP4012071 S/0020/641154/002/0247/0250
AUTHOR: Anuchina, N. N.
TITLE: Difference achembe of solving the Gawhy probleni for symmetrical
hyperbolic systema
SOURCE: AN SSSR, Doklady*, v. 154, no. 2, 1964, 247-250
TOPIC TAGS: Cauchy problem, hyperbolic system, mathematical analysis,
symmetrical equation system, real function, difference approximation
ABSTRACT: Difference schemes were given for dolving the Cauchy problem of
a linear, symmetrical, 'hyperbolic system with "a" independent variables and
11mol unknown functions. The solisfinne are convergent in the norm L2. The
system can be represented as:. 69
W+YJA#'Ou
+8U
4- 1. U (XI 0 It-$ (4-
vherea
in the n.-cia- function with values in the m-dimensionad real space; ~kk (X,t),
V2

ACCESSION NR: AP4012071
B(X. t) are real and eyinmetrical m by m matrices. It is assumed that
UOW. IC L-2 The accaar product and noun are determined
by
For a linear operator
M
ICU
p
In view of the systems symmetry and hyperbolicity, the Cauchy problem to
correct in L2( --, +- )* Because Ak are real, symmetrical matrices, they &r
orthogonally similar to the diagonal matrices with real functions on the diagon-,
ale. Some difference approximations of the problem are given. - "'Study was
performed under guidanbe of N. N. Yanenko, whom the author thanks. " Orig.
art. has: 14 equations.,
ASSOCIATION: None A
SUBMITTED: l8Jul63 4,MPRH$St ~946 C. ENCU 00
0"RtF, 60V 03
SUB CODE: *', VA N 1 001 OTHERs 0
2 / 2

A CC NR,
SOURCE COME" UH/2517/66/074/000/0005/001~
AUTHOR2 Muchinat No No
WO: none
TITM %ome finite difference schemes for hyperbolic systems
SOVRCE% AN SSSR. Hatematicheakiy inatitut. Tru4y, v. 74, 1966. Raznostnyye metody
resheniya zadach matematicheekoy fisiki (Difference methods for solving problome in
mathematical physios)p pt. is 5-15
TOPIC TAGSs finite difference, Cauchy problemg hyperbolic equation
ABSTRACT& The convergence in tho L2-norm of some finite difference solutions to the
lineart "etrio Cauchy problem for hyperbolic systems is investigated. The equation
under study has a-independent variables and m-unknown functions; it is given by
Ak #K + Du U (Z. 1) 11-o - U6 W. 0)
rrt k 79-k
The algorithm of the finite difference schemes is constructed according to the
following rules: 1) the Ak matrix is represented by the sum of two symmetric matricen,
one of which is nonnegative and the other nonpositive; 2) the a-dimensional hyperbolic
system is substituted by a-dimensional system using a "splitting" method-, 3) the
difference oper&tor is approximately factorized. Equation (1) is then written in the
sw #LjL2 -

YABLONIKp 14v MakBizoovicbp insh.; ANUFAIYMK2.1 A red.; MGER,
- As
D.P., red, izd-va; BELOGUROVkp- I.A.p tekbn, red.
(ultrasonic control of welded heads of stator winding rods of
heavy machines) Ulltratvukovoi kontroll kacheBtva paiarqkh go-
lovok stershnei statorrVkh obmotok kurpnykh mashin. Leningradp
1961. 17 p. (Leningradokii Dom nauchno-tekbnichaskoi propagark-
dy. Obeen peredovyz opytom. Seriia: Ilektricheskie metody ob-
rabotki materialov, no-4) (MIRA 14:12)
(Ultrasonic vayes-Technological applicationo)

M%01M, Viktor Yurlyevich; ALUFRIMIKO, A.Ya.p inzh., red.;
FW.ICIIEV9 A.G.0 red. tekhn. red.
(Oscillating systems of ultrasonic machineal verbatim
report or a lecturelKolobatelInye, sistemy ulltrazvukov)rkh
etaawv; stonogramn lektaii. Lenirgrad, 19621. 29 po
(KIM 15:9)
(Ultrasonic metal cutting)

AKUFR~~ -At-
Continuous improvement of vork conditions in industry Is Uw mots.Uur-
gists' imedlate objectivos Metallurg 8 no.4t39 Ap 163. (MIRk 1633)
1. Zamentitell ilavwgo inshenera po tekhnike betopasnonti Chslyab~wko-
go metallurgicheskogo savoda.
(~Utallurgy--Hygienic aspects)

AHMITENKO, W. -
Now conditions are put Into effecto Sov.profsolusy 7 W19118-19
me gig, (14IRk 1210
1. Predendatell Chelyabinskogn obkoun profenyusn rabochikh
metallurglebaskor prowqehlmnnosti,
(Chelyabinsk Province-Aletallurgy-44bor nroductivity)
I

AID P - 3290
Subjeot I MSR/kning
Card 1/1 Pub. 78 - 20/24
Author Anuftiyenkog V. A.
Title I Constantly iz*rove methods for vell exploitation
Periodical t Neft. khos., v. 33v #9p 84-86# S 1955
Abstract i The author is a foreman in oil recovery in the Grosr*7 district.
He reports better prodwtion results due to more progressive
methods of workj, better qualified vorkerep the use of more
modern machinery, improvements in repair work, the application
of sooondw7 reco-ftry nothods, *to.
Institution I Now
Submitted i Mb date