SCIENTIFIC ABSTRACT KIRPICHEV, M. - KIRPICHWIKOV, G.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000722710019-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 14, 2000
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

KIRPICHEV M,
I
Organizational work of a rural district comittee, Vodrn. snane
39 no.12:17-18 D 163. (MM 17t1)
1. Zamentitell predoodatelya Saratovskogo oblastnogo komi-
teta Dobrovollnogo obehebestva sodeyetviya armii,, aviataii.
i flotuo

KINFICHU, M.P.
Iffoot of light stimuli on the visual analyzer and caWio-
vascular system In mans Oigoi son. 25 no.7sl7-22 J1 160.
(KIRA 34t5)
1., In kafedry obobohey gigiyerq Leningradskogo sanitano-gigi-
yenicbeskogo meditsinskogo instituta.
(VISION) (LIGHT) (CARDIOVASCULAR SYSTEM)

.1
- K#TICHEV~ M*#.*
Influence of light stimuli on tho body. Trudy WG4I no.50;273-
291 160. (HIFIA wn)
- . (LIGHT-PHYSIOLOGICAL, 1WECT) (VISION)
(CARDIOVASCULAR SISTEH)

IIRPICHMIWV SIP
...010MMOM
Hybrids between the capercaillies Tetrao urogallus L. aDd T.
parvirostris 3p. Uahe saps Hooke un, no*197:217-221 158o
(MIFA 11:9)
(Grouse)

KIRPICHEV9 S.P.
Quantitative estimation of vintering birds in the northeastern
part of the Lake Baikal region. Ornitologlia no.ZzleB-191 '59.
(MIRA 14-.7)
(Barguzin Proserve-Birda) (Wildlife census)

Variations in the site and body strueture of grouse. OrnitologiJA
n0#313"7 160. (Grouse) (MA 24s6)

XMPICH
Catching,, keeping temporarily in captivity and transporting capercaillies.
Ornitologiia to.4:385-388 162e (MIRA 16:4)
(Capercaillie)
Jow
'.I,

SITKHMA,, Dina Yefimovna; ZAKWOV, Zak-ha Nikolayevich,
rateenzent,; MMCHEV Ser&ey a~p ~,,retssnzent;
LIKHOVIDOV9 TnWL.A-er
[Establishing technical norms in woodworking industries]
Tekhnichaskoe normirovanie derevoobrabatyvaiusbcbego
proizvodetva. Moakvnp Lesnaia, promyshlennost',, 1965;)182 P.
(MIRA 18:

KIRPIGH1Vq V.I., I=he
'~- r"~111- Characteristics of oonparative heat soonozV In heat and electric
power plants with a heating load. Trudr LINZ no.19:12&136 157.
(power #auto) (NIM 1116)

ARTYUGI119 I.H.; GRKHEV, Yu.P.1 DAVYDOVp L.N.; DOYNIKOVp Ya*Po; XTAPIM-s-
V.I.-j ISMITALOO G.B.; HELENTIM, L.A.j 14ICHURINp K.I.; NIKOHOVp '
~ ~..; 9ASHONKO,, G.J.1 STARINOV., V.G.; FROWVp V.I.; MUIEV9 L.S.;
RABINOVICHj A.L., red.; SOBOIEVA, Te.H.0 tekhn. red.
(Technical and economic principles of the expansion of beat mip-
ply engineering in power systems] Takhniko-okonomichookie osuovy
razvitiia toplofikatali v energosistemakh. Moskva, Goo. one .
izd-yo 1961 318 p. (MIRA 15331
beat ;nginearing) (Electric power plants)

F14F*il!SVl V.I.
of cotlxum Ptanderl r.,,' l,irb,ri- L.-ilts cf
In el, I - !r~ -,& .
thezma3 el,~--~Tiz power pl~inl--i I - - . tri -4 ,!3 in Sbor.
.rg 't. j.
i-lih. po vop. alektr=rkti. 1~ 'k.W,R~ 2.7-:8)

KMFIGMP VOIS
Use of heating,plant turbines vith steas take-off in electrio power
system# Sborarebapo Yopeolektromekh.no.845-35 063. (MIRA 16 15)
(Blectrio power plants) (Turbines)

KIRPICHEV. V1KrOR LIVOVICH
- ---------------,
Soprotivlenie materialov ... Uchenie o prochnosti po3troek i mashin... Ybskva,
Gosizdat, 1923. 2v. In 1. d1agrs. (Normallnye nikovodstva dlia vysshei
shkoly.)
First published 1898.
Vol. 1: posmertnoe 12d., ispr. i dopolnj v.2: Izd. h., perepechat. so vt--)roio
ispravl. i dopoln., pod red. S. Tirrnshenko.
Bibliographical foot-notes.
Strength of materials ... Study of the strength of structures and machines.
rLG: TA405. ~*5
S-1: Manufacturing and Mechanical Engineering in the Soviet Union, Library
of Congress, 1953.

YTr,PT!",T7!, M.
TechnolorT
Talks on recharlew lzd. 151 llot~va, Cos. lzd-,io tekhniko-teoret. lit-ry, 17,51.
I!onthly List of Ruscian liccespi!n-Libran, of Corrress, June 1952, T!CLAf-`M-'JK)

BASOV, A.S.; GUTTSAYT,, 241,; DAVYDOVj B,N,; KIRPICHEV, V.M.
Differentiation of industrial vholssale prices of motor
fuels. Mdm. i tekh. topl. i masel 8 no,9s46-51 S '63-
(MMA 16111)
I* Vessayuzrqy nauchno-imledovatellskiy institut po pere-
rabot)m nefti i gasor i polucheniyu iokusetvennogo shidkogo
topliva.

KIRPICHEV, V.M.; RYVLIN., S.Sh.
Yethods for calculating the given production capacity of
a petroleum refinery. Khim. i tekh.topl. I masel 10
no.1102-36 N 165.
(MIRA 19t1)

U'WIGHI~11, V.P.
Stabilization of polyacetaldeh)r.,.,. ILU 18 no.10.143-147
'63. (HIRA 16z8)
(Acetaldohyde) (Antioxidants)

[< C
USSR/Processeo and Equipment far Chemical Todustries - Processes and Apparatus for
Chemical Technologyo K-1
Abst Journal: Referat Zhur - Khimlya., No 19., 1956p 63893
Authors .1tzpIchevo Ye. F.
I---------------
Institutions None
Titles Purification of Smoke and Industrial Gases from Solid Particles
(Ash and Duct)
Original
Periodical: Sb. Gazoochistitellnyye ustroystva i ikh vnedreniye na elektro-
stantBlyakh i prcayshlennykh predpriyatiyukh., Moscow-Leningrad,
1953, Gosenergoizdat, 37-78
Abstractt Considered are the underlying principles and conditions of normal
operation of cyclone dust-and-ash separators (0). Design dimensions
are given for CD vith tangential gas ingress and the technological
parameters of their operation. Presented is a procedure for calcula-
tion of output capacity,, pressure drop and degree of purification of
the gas from dust. Described are assemblies of several CD connected
Card 1/2

USSR/Prc,cessea and Equipment for Chemical Industries - Processes and Apparatus for
Chemical Technology, K-1
Abst Journal: Referat Zhur - Kbiffliyaj, NO 19P 1956, 63893
Abstracti in parallel, unite and parts of cyclone serlea arrangements. Con-
eidered are dust-and-ash removal in discontinuous system of coal
dust production at electric stations and the purMPication of flue
gases of small industrial boiler houses. A brief description and
characteristics are given of the operation of a water-film, tubiLlar
CD,
Card 2/2

J? P
112-1-21T
Translation from: Referativnyy Zhurnall Elektrotekhnika, 1957,
Nr 1$ P- 35 (USSR)
AUTHOR: Kirpichev, Ye.F.
TITLE: Purification of Flue Gas in Industrial Boiler Rooms
(Ochistka dymovykh gazov v promyshlennykh kotellnykh)
PERIODICAL: Tr.konferentaii po vopr. zoloulavliv., shlakozoloudalenlya
i shlakozoloispollzov., Moscow, Gosenergoizdat, 1955,,
pp. 18-47.
ABSTRACT: The qualitative and quantitative characteristics of the
matter ejected with the flue gases of industrial boiler
rooms depend on a number of factors: construction and
operational conditions of the furnace, flue length, and
kind of fuel used. In hand-fixed spreader-type stokers,
the average value of the matter carried away varies from
Card 1/5 1 to 6% of the weight of the burned fuel, and in most

112-1-217
Parification of Flue Gas In Industrial Boiler Rooms (cont.)
installations from 2 to 3%. Soot., products of lh~6m'
plete
combustion and'sulfur dioxide may be contained in flue
gases. The fractional composition of cinders is
characterized by the following figures: particles larger
than 20 microns are 45 to 97%, those larger than 60 microns
5 to 80%. and those larger than 100 microns I to 67%. In
furnaces with.pneumo-mechanical firing, soot and gaseous
products of incomplete chemical combustion are practically
absent. Suspended matter in the flue-gas amounts to
4 to 10% of the weight of the burned fuel. The fractional
composition of the ash and coal particles contained in the
flue-gas is characterized by the following figures: particles
larger than 29)1,are 96% those larger than 60 73%, and
those larger than 100?t 44%. The campaign agetnet atmos-
pheric air contamina icon by industrial boiler houses ought
to be carried out along two directions: a) adapting and
applying efficiency methods of combustion of solid fuels
with necessary remodeling of furnace arrangements; b) Ube
Card 2/5 of refuse-collectors, which can expediently be installed

Purif ication of Flue (hs in 3hdustrial R)iler Moms.
112-1-217
separately for each boiler. The author suggests the
installation of cyclone units (D - 500 to 800 mm) of the
NIIOGAZ (Stiate Scientific Research Institute of Gas
Purification for Industry and Sanitation) or the TsKTI
(Central Scientific Research Institute for Boilers and
Turbines) systems. The latter, according to the author,
posses5 approximately 10% greater operating efficiency
than ne NIIOGAZ cyclones with practically identical
draft and ash-collecting efficiency. Geometrical dimen-
sions of the TsKTI cyclones are given. In boiler rooms
and for boilers utilizing more than 1 ton per hr of fuel,
dry ash-collectors in the form of cyclone units and
battery cyclones are recommended for installation. The
first has gas discharges up to 35,000 - 40,000 cu m per
hr, the latter a greater discharge of gas. In boiler
rooms with a fuel consumption greater than 10 tons per
hr it is advisable to install battery cyclones, centri-
fugal gas scrubbers of the VTI (All-Union Heat Engineering
Institute) typetube cyclones with water film of the TsM
Ca43/5 type and,, in individual cases, electrostatic precipitators.

Purification of Flue Oas in Industrial B*iler Rooms. 112-1-217
Shutter ash-collectors can be used for burning lump or
crumbled peat. The installing of shutter ash-collectora
is not recommended when burning coal and lignite becauBe
of their lower efficiency as compared with cyclone units
and battery cyclones. Efficient and reliable operation
of ash-collectors depends upon the tightness of the valves
and the timely removal and disposal of refuse. Valves
and butterfly conic valves are the best ash-locks. Every
ash-collector should be equipped with control-and-measuring
instruments, which measure the drag of the dust-eliminator,
the gas temperature, and the level of refuse in the hopper
and smoke-meter. The structure of a tube separator with
a water film of the TsKTI type is described. It presents
a battery of cyclone units each with a diameter of 180 mm
and BI)PIWed with watnr. A dust-collector air-preheater
of the TsKT1 type is described. lt is a battery cyclone
Card 4/5 with units 90 mm in diameters The unit's frame is oblong.

112-1-21T
Purification of Flue aas in Industrial Boiler Rooms (Cont.)
The external surface of the unite constitutes the air
heating surface. After installation on the boiler with a
unit system coal-mill furnace, the efficiency of such an
ash-collector proved to be 50.6 to 88.5%, the flaal fly-
ash residue varied between 0-3 to 4.7 grams per normal
cu m,, the drag on the gas side consisted of 38 to 67 mm
of water column and on the air side 74 to 85 m of water
column; the gas' was cooled from 265 to 215% and the air
heated from 100 to i6O*.
N.F.D.
Card 5/5

KIRPICHEY, Te.Y., kandidat tekhnicheakiM nauk; TSARIZOVA, I.A.. lnzbener.
Comparative testing of different c~-zloues on stand [with sunwry
in Inglish]. TealoenergetikR 4 ni.10:60-65 0 15?. (MLRA 10:9)
1. TSentroolinyy kotloturbinvXvj, inntitut.
Past collectors) (Boilers)

GOVORUKHA, L.S., mladshiy nauchnyy sotrudnikj KIRPICHEV, Te*F*#
kand.tekhn.nauk
First results of drifting snow measurements by the use of the
"Cyclone" drifting snow meter. Inform. biul* Sov, antark.
eksp. no.26t22-25 161. (MIRA .14:7)
1. Arkticheskiy i antarkticheskiy nauchno-iseledovatellskiy
institut (for Gavorukha)a 2. Kotloburbinnyy institut imeni
I*I&Polzunova (for Kirpichev).
(Antarctic regions-Znov surveys)

KIRPICHEVP Y~,F, kand,takhnonauki NONYAYEV,, A.P.p inzh.
Results of testing the MF-VTI fly-ash catcher with a scrubber
having a 4,,100 mm. diameter4 Teploenergetika, 9 no.12322-28 D
,62, 1 (KMA 1631)
1. T$entral'W kotloturbinnyy institut.
(Boilers)

BULANOV, N.G.; KUPRIYANOVAj L.Y.; TSUKEfMo R.V.; BUDIIYA7SKIY,
D.M.; GELITHANO A.E.;XOSTOVFTSXIYO D.L.; PISKAREV, A.A.1
TARANIN9 A.I.; XORHMV, M.I.; YOISEYEVO G.I.; KENDYSI
P.N.,"Ov. Ye F.. RUBIN, M.Y.; SOKOLOV,N.V.;
SHCWWMKUv,-v.Tx.T,-0vMZV, N.N.; EELOVt A.A.; SEREBRYAKOVp
G.M.; SATANOVSKIY, A.Ye., red.; RODDATIS, K.F., red ;
KORKHOVA, V.I., red.; CHEREPENNIKOV, B.A., red.; KCGAN,
F.L., tekhn. red.
[Manufacture of power machinery abroad] Energeticheakoe ma-
shinostroonle za rube"om. Moskvn, 1961. 583 p. (MIRA 160)
i
1. Moscow. TSentrallnyy Institut nauchno-tekhnicheskoy An-
formataii mashinostroyeniya.
(Electric power plants--Equipment and supplies)

KIRPICMV Yo~Y.p kand, takhno nauk
Decrease in the hydraulic resistance of cyclones and battery-
type cyclones. Teploenergetika 11 no.7%11-15 JI 164.
(MIRA 17:8)
1, TSentralinyy kotloturbinnyy institut,

KIRFICHEV, Ye.F., kand.tekhn.nauk
Dust extractors for pulverized coal preparation systems.
Energomashinostroanis 11 no,ItIO-14 A 165.
(MIRA 3.814)

ANIKIN,, A.G.; XMINW, Ye.P.I'GORDEYE79 LV.
.Absorption of the energy of a high frequency elootric field by
aqueous and aloohol solutions of alkali earth metal chlorides,
Veot.Hosk.Un.Ser.2t kbim,:16-no.643-24 X-D 161. (miRA utn)
1. Mookovokiy goeudaretvennyy universitat. laboratoriya khimicheskoy
temodinamiki.
JAlkallne earo gh1drides-Eleotric proportion)
~ I

KIRPICHEVAJ, I.X,_,
Study of information requests from scientists and specialists
as the first step in the work on the problem of "The library
and acientific information." NTI no.12:10-12 165.
(MM 19:1)

XIRPICHRYA, Ire Kona ta utinovas ;
SMOV. N.?., prof., red.; IMTAXOT, Ya.l.
(Bibliographical side for research work; a practical reference book]
Bibliografiia v pomoshch' nauchnoi rabots: matodichaskoe i spravochnos
posobia.-Pod red, P.H.Berkovs. Ioningrad, Gos.pulb. biblictake im.
H.A.Saltykova-Shchedrins, 1958. 480 p. (KIRA 110)
(Bibliography)

-KMPICHICVA., I-V. (Xiywvr 33o u1. &*aapmakogo, d.74j. kv.3)
Tnawimt oicatrioUa asophagootenoola, Klinekbir. po~22oll.2-
1*5 DI $62, 1 (KrU 16 t2)
lo lafedra propedevtichookoy khirurgii (save - zaaluahmMy doyatell
naul4p profi MaIs Nolomiyahemko) Kiyovskogo maditainokbgo insti-
tdta~ (ESOPHAGUS--SURMMY) (INTESTIRM-TRANSPLANTATION)

KIRPICIIEVAoL.7.
Simultaneous retrosternal plastic surgery of the esophagus and
the right half of the large intestine in a 9-year-old boy. Zhur.
ush., non. i gor.bol.22 no.6t62-64 N-D'62. (MM 1617)
lo Is propedevtiobookoy khirurgicheakay kliniki (zav.-zaalushenM
dayatell nauki prof. H.I,Kol=iycbwlw) Uyerskogo meditainakogo
inatituta na bass bolinitay imeni Cktyabrlskoy revol taii.
(ICSOPRAGUS--SURGERY) (INTESTIINRB-SURGERY~

KWICHIK071 A. D. (Eng.)
Steel, Structural
Outting profile steel on a model UPP press vith roller conveyor. Sbor. mat. o nov. tekh.
v stroi. 15 No. 4, 1953.
9. Monthl List of Russian Accessions, Library of Congress, June -1953, Uncl.

KIRPICHNIKOV, A. A.
22419. KIRPICHKIKOV. A. A. Nestor Alakeandrovich Smirnov. (zoolp. 1878-1942.)
Byulleten' Ylosk. O-va. Ispytateley Prirody, otd. Biol., 1949, VYP. 3, S. 75-83,
S Fortr.-Bibliogri (Spisok Rabot N,A. Smirnova), 61 Na7.v.
SO: Listopial No, 30, 1949

AVr 49
Migration
OMasects Over the Atlantic Ocean," . A. A. KUTlebal-
kw, 'I P,
. Vio
zte out inportsrce of constant or periodic win4a
the continuous settlement of various insects
and the earth. Details how this process ocevrs--
'ect of tradevinds; "aerial plebttan" altug Ow
h of drift, and settlement of the "Involuntory
MR/Diclogy (C=w) Avr'49
migrants," under favorable eeological
coaditions in new regions of dry land.
0
57/34M

LiEFICHNTKOU.p A.A.
27679e Tyuleni antarktiki iikh biologicheakis osobwwsti.
Byulleten'soak. O-va ispytateleV prizvdyj otd. Biol..,
M90 vyp- 4p a. 30-U, ----- Bibliogri 11 nazy,
30t Knizhnaya Letopin,, Vol. 1,, 1955

KIRPICHNIKOVS A. A.
"The Coinposition of Whale Milk and the Plarg'.ton Crustacea Eaten by Them,"
Priroda, No.10, 1949

KIVICIINIXOVO A. ),.
"Nester Aleksandro ,rich Smirnov.," B3ral. 'I'losk. obahch. Ispytat. Frirody, Otdel.
Biol., 54, No.31 1949

KMICHNIKOV., A. A.
"Antarctic Seals and Their Characteristica." W. Yosk. Obahch. IspyUt. Prirody,
otdol. Biol., 54, No-4. 1949

mpic"NI KOV) ~R -A -
GTI~51 L No. 45
cademy 0( Sck"'Ces). ).,Phi.. In
I pal't'ntolotty.U*S.S.R. A
'% I.. (institute 0 1011-4
KjrpkchvJj?AOvO I - 11"'0"'1L layer.
,j %%v APO
the dvpO' ,
Akadtv-dya Nruk S.S.S.R., Doklady Vol. 7) No. ~ - 1 i I

1. KIRPICH111KOV, A. A.
2, USSR (600)
4e Antarctic Regions
7o Books about the Antarctic and its explorers. Reviewed by A. A. Kirpichnikov.
Sov,kniga no. 12 1952
9. Monthly _IAIL gt Russian AgggaskMg, Library of Congress, March 1953, Unclassified.

1. KIRPICHNIKOV, A. A.
2. USSR (600)
4. Black Sea - Dolphins
7. Origin of the Black Sea dolphin Phocasna phocaena relicta Abel,
Zool. shur. 31 no- 5, 1952
9. Monthly List of Russian Accessions, Library of Congress, 1953. Unclassified.

M-OwSomume A.A. bmwUwwl.
NrdVM M gestral problam In I&tb"loa. 0 lbvUwed b7 A.A. ZIZPIQUBUW.
aw.kalop no.8:37-39 Aa 153. (ISM 6:8)
Mob")

/I
CBIRPICINIJ&l [Kirpippakovv A.A.)
- -19 r 10 ~ --~- I - ,
I Origin of the -phowr-9two-o-iona relicta. Abel dQlphin in the
Black Sea, Analele biol 7 no.309-63 J1-S 153.

KIRPICHNIXOT, A.A.
- --- -- -----
The Island of South Georgia. Plriroda 41 n0-7:63-74 J1 153. NLRA 6:6)
(South Georgia island)

.4
Jur"M A*I.~ PAVIOTS11Y, U.N.. akadomik.
UNN
Caspian seal from the Lower (~tatsrn&:7 deposits Of the AZOV SOA, Coasts.
Dokl.Aff SSSR 90 no.5:883-886 Je 053. (KUA 60)
1. ftleoutclogiahoskiy iustitu% Akkdoxii nauk BSSR (for lirpichnikov),
2, Alcadomiya nauk SSBR (for Paylovskiy).

KIRPICKMIKOV, A.
- In the Gulf of Guinea. Vokrug systa no.1:48-50 Ja 154. (KIRA 7:1)
(Gainea, Gulf of)

V,v
V~l
Otit
buitt

KIRPIGHNIKOV, A.A.
,
Two nev &*nor& of Delphin1das from the Sarmatian of the U.S.S.R.
Trudy Palson.inst. 47:181-190 054. (XLPA 7:10)
(Whales, 709611)

KIVICHNIKOV, A.A.
Pansoutology in the Chinese Peoplels Popublic. Izv. AN SSSR.Ser.
biol. noo6s95-101 N-D 156. (MLRA 10i1)
(CHIMA-FAISONTOLOGT)

11"Iclami~mvp 9 kandidat biologichankM nauk.
-Mmm~ ---
In p&loontological Institutions of China. Toot. All SM 26
no.9:39-62 3 136. (nm q.- n)
(China-ftloontologr)

rical survey of the
its of the U.S.S.R.
no.M23-39 161.
study of marine
and adjacent co
in Sarmatian
Trudy sov. Ikht-
(MM 14%6)
morfolo i zhivotnykh im. A.N.Severtsova AN
f~rine mammals, P0831l)

KIRPICHNIKOVp A.A. (Moskva)
Oceanographic center in Venice. Pr1roda 53 no.7:109-111 164.
(MIRA 17:7)

VIRPIGHNIU1,71 A.A4
,
r.,)llpcti,-,n of Ceylon-, Nnt.irmal Ruspim. 1r ~-
53 n..8:106-107 164. 1"..")
1. In.,ititut morfologli zhivo-Inykii Im. A.?I..Oewirt,t~,-vt A~ "", i'i.

KIRPICHNIKOV, A*A~
--- . Origin of Uo Caspian sea]. Biul. 1401P. Otd. biol. 69 no.5tl36-139
S-0 164. (MIRA 171l1)

KIRPICHNIXovp A.A.
, ,
Brief news &nd inrormationo Zool. zhuro 43 no.6t948-950 164-
1 (MIRA 17t12)

ANDIVAO ZL.1 KIRPICHNIKOVI A,,A,
Brief news and information. Zool, zhure 44 no-5:797-800 #65.
(MIRA 18&6)

KIT",PTCTi!,Tv()vj A.A.
tanitary EnrineerIng,
Activities of the All-Union EnHnefrInf- and Tech-ical, society of San!iary in
the field of rural inprovements. Gig. i san., No. 2, 1952.
,Ionthly '~.ist of Russian Accessionsy Library of Conpress, June 1952. UNCIASSIFIED

XIVICHNIZOT. A.A.
Underground sanitation of Koscow Basin coal mines. Gig.1 san. no.3:
43-0 Ky 154. (KLRA 7:5)
1. Is Koskovskogo, oblastnogo nauchno-iseledovatellskogo saultarno-
giglyonichaskogo institute*
(Coal sines and mining-Sanitation)

A, A,
Subject
Card 1/1
Author
Title
USSR/Medicine AID P - 1419
Pub. 37 - 16/23
Kirpichnikov, Kand. of Tech. Sci.
..... .......... ... I...,
Conference on problems of installation and
equipment of wells for rural water supply
Periodical Gig.i san., 1, 51-53, Ja 1955
Abstract Deals with the discussions at the Conference in
Moscow, May 18-22, 1955, organized by the All-Union
Scientific Engineering and Technical Society of
Water Supply, Fire Prevention and Sanitation
Techniques, and by the All-Union Scientific
Engineering and Technical Mining Society, with the
participation of 9 ministries. Among the 600
participants were 25 workers of the Public Health
Service.
Institution: None
Submitted : No date

KIRPICHNIKOV.A.A.
Problems of rural water supply. Vod.i san.takh-no-3:1-3 J~155-
(Water supply, Rural) NLRA 8:12)

XIRPICHNIKOV, A., kwAidat tokhnichookikh nauk.
Unsuccessful book on city sanitation (86asitation services for
cities and towns.' D.B. Planta. Reviewed by A. Kirpichnikov).
Zhil.-kom.khos. 6 no.4:28-29 136. (XLRA 9:8)
(Street cleaning)

KIRPICENIKOV9 A.Ao, starshly nauchnyy sotrudnik
Water supply sewerage, and uleaning of Pioneer campse Gig* I mane
21 no.3sl2-17 )V 056. (MM 9:8)
I* Is Xoskovskogo oblastnogo naucbno~-Iseledovatellikogo manitarno-
gigiyanichookogo instituta.
water supply, sewage disposal & cleaning of labor caWs
in Russia (Rum))
(WATJR MPLY.
in labor maps In Russia (Rua))
(SXWAGJ,
disposal in labor camps in Russia (Rua))

XURPICHNIXOT9 A.A., starehiy neuchnyy motrudaik
Istablishmant of sanitary protective zones between state pig farms
ad living areas. Gig. i san. 22 noo?:78-81 JI 15?. (MIRA 10:10)
:
. Is Moakovskogo oblastnogo nauchno-tooledovatellskogo sanitarno-
giglyanichaskogo institute.
(AGRICULTURBI
sanits zones between pig farms & living quarters (RUBD

-ZjRP.ICIMIKOVP.'#f'A*-
Removal and sanitary treatment of liquid severe from separately
located buildings, Yod. I man. tekh. no,10:16-19 159s.
(MRA 13:1)
tSevage disposal)

,--KIRPICHNIKOV. At. kand.tekbu.nauk
Apartment-housef acility areas. Zhil.-kov. khos. 10 no.7:2&29 160
(MIRA 610)
(Apartment houses)

KMPICMFI me-kand,tekbu,nank
Disinfection and utilisation of refuse in large cities, G1g,j tan,
25 no,ltz5-,.1.9 J& 160,. (MA 13:5)
1. Is Akademil kamounallnogo khosnystva Iment K.D. PwiloTa.
(EWSR ANDMUS31 DISMSLL)

KIRPICHNIKOV, A.Ao, insh,
Effect of ffuperphosphate plant discharges on the health of
children. Gigo i nano 25 no. 5s89-92 My 160. (MIRA 13tlO)
(PHOSPHATES-TOXICOLDGI) (AIR-POLLUTION)

KIRPICHNIKOY,_A.A., bLnd.tekhn.nauk; SUREYBER, M.I. . zasluzhennyy vrach
- IMR; SHCHMMOV., A. P.
Refuse-sorting and refuse-proces3ing station in Orekhovo-Zuyevo.
Gig. i ean. 26 no.800-75 Ag 161. (MIRA 1534)
1. lz sektora sanitamoy ochietki gorodov Akademii km=mllnogo
khovaystva imeni, X.D.Famfilova i Orekhovo-Zuyovskoy gorodskoy
sanitarno-opidemiologi,cheakoy stantaii.
(OHMMOVO-MYEVO-REFUSE AND REFUSE DISPOSAL)

KIRPICHNIKOVj -AtA. jkan~.VVT - nark; SHAPIRO ~ M.A., inzh.
Disinfection of hard wastes from therapeutic institutions. Gig. i oan.
26 no.5t7l-75 My 161. (MRA 15W
1. Is Akadsmii kommmallnogo khosynystva imoni. K.D.Pwdilova.
(WASTE PRODUCTS-DISINFECTION) (HOSPITW-HMIXKE)

JUIAMSOVAP Z.A., kand.biologichookikh nauk; GELIBB~LER, M.G... kand. blo-
logicheskikh mauki DERBFIZEVAUKHOVA, V.P.p prof.; ZAKHLROVA, N.Y.$
nauchM motrudrdkj NIVICHNIKOV,, A.A., kand.takhn.nauk.
Mechanized biothermic doconteminAtion of rofuse. Gig. i san.28
no.IL13-17 4163- (MIRA 16:7)
1. Ik AWemil, korxm,njkl Inogo kbozyaystva imeni K.D.Pamfilova.
(REFUSE AND REFUSE DISPOSAL)

KOLODEYp Anton Favlovichs inzhq FAVLOVAO Klara Artemlyevnap
inzh.* LIOGUSLAVSKIY, Leontiy Davydovicho kand. tekhn.
naukj MUSHTEYN, Yevgeniy Iosifovicho inzb.j
KISLINbA.Lf, Yan Vladimirovich, inzh.; KIRPICHNIKOV,
Ale 11Aka4pdrn3d-rj4 kand. tekbn.
Valentin Pavlovicb, inzh.; KUTUKOV, Vladimir Nikolayevich,
arkh.j DEMENTIYEV, Anatolly Ivanovich, kand. tekbn. nauk
[Handbook on maintenance of apartment houses] Rukovodstvo
po tekhnicheskoi ekspluatatail zhilykh zdanii. Moskva,
Stroiizdat. Flt.2. 1965. 291 p. (MIRA 18:7)

U I Ko V
-- fl,A*A*. ., .
Diotritnalcm of thr, pollution of grourv-1 wat~,ri in firc-pcroruti rf-,~-ks.
Nntich.trudy AKIOI no,.27:124-135 164. (MIU 18-5)

KIRPICIINIKOV# A*A*
I I I - - - 1-- 111. -
Some data on the migration of the South Polar skua in
eastern Antarctica. BIu3,MOIP.Otd.bioI. 70 no-5:117-118
S-0 165. (MIFA 18112)

KIRPICHNIKOY, B.A.,sndovod-ly~bitell (Moskva)
DIsense nnd peat control in privnts orchArds. ZAshch.rost.ot vred.1
bol. 3 no.2:51 Mr-Ap 158. (NDU 11:4)
(Fruit--Diseases nnd pests)

YIRPICIINIKOV, B,A.
use of pilyamide film in strawberry growing. Plast.,nassy no.5:
71 '62. (MIRA 1~:4)
(Polyam.ides) (Strawberries)

ACC NR, AP6033497 SOURCE CODE: UR/0413/66/000/018/0121/0121
INVENTOR: Kirpichnikov, B. X.; Khmyrov, V. I.
ORG: none
TITLE: Instrument for determining the adhesion of aerosol particles to a surfam
Class 42, No. 186184 (announced by Kazakh Scientific.Research Institute of Power
Engineering (Kazakhokiy nauchno-iseledovatellskiy inititut energetiki))
SOURCE: Izobrec prom-obraz tov zno no. 18, 1966, 12L
TOPIC TAGS: aerosol analyzer, aerosol adhesion, surface adhesion, aerosolq air
pollution instrument jo aerosol cfisxdstryt adhosion
ABSTRACrl A description is given for a device for determining the adhesion
Iof aerosol particles to a surface. The instrument consists of
an elastic filament made of a nonmagnetic material, such as quartz,!
and an electromagnet which sets up a force for removing aerosol
particles from a outface* The time at which a particle is removed'
Is noted with a aicroscope, and the adhesive force is estimated.
-1from- -iaaidings- 'of -an-Instrument connected to the eliefr~6"gnet cir- I
Icuit which r 'eglatern'the intensity of the current in the circuit
at the-time of removals The accuracy of this device has' been
Card 1/2 -UDC:--620*1.05:620.193.13

AC NR# AP603349)
proved by installing the filament in a.fixed position and by
flattening the operationaland. This fixes the direction and
invarijkbility of the point of application, as well the-directioa
,of the force set up by the electromagnet acting on the particles.
DU-50N;--W-gO- 7-M.
SUB CODEt 07/ SiMM DATEt. 23Sep,65/
LCard -2/2_

(I I' if e i( A( ~ ; 1~14 L ' 'I'-- f
USILICHIKOV, K.V., kAndidat tekhnichookikh nauk; BARBARICH, N.V.;
KIRPIOHNIIOTI I.PO
WONOW
ftread-rollbg Jack screwse Ayt, i trLktoprom. no.11:27-30 1 156.
(Mm 2011)
le TSentralln" nauchno-lealedovatellskly lustitut takhnologil I
machinostroyauiya. (Lifting Jacks) (Machine-shop practice)

AUTHOR: Anisiforov, V.P., Candidate of Technical Sciences and
Kirpichnikov, F.P., Engineer. 122-2-5/23
TITIE; The ~powerconswption for the production of tubes in
electric tube weldin mills for tube diameters between 51
and 152 mm. (RaBkhN energii pri proizvodstve trub na
truboelektroavarochnom stane 51-152 mm)
MaODICAL: I'Vestaik Mashinostrozenizal" (Engineering Jouxnal),k/ '117
1957, No.2, pp. 31 - 35 (U.S,,S.R.)
ABSTRACT: The installation of the Plant imeni lenina. consisting of
an 11-frame forming mill, a welding machine, an 8-roll strai-
ghtening unit and a 3-frame calibrating, mill is described. The
power consumption of the driving motors was computed from their
voltage and cur.L,ent readings and the idling consumption deducted.
Oscillographic records of the driving torque measured by strain
gauges during the advance of a new strip through the mill est-
ablished the individual power requirements of each frame. The
results of total power measurements are plotted against the
ratio of the forming mill motor current to the calibrating mill
motor current for different tube sizes. The total pov&-r consum-
ptJon is compared with the theoretical power required for bend-
ing the strip in a numerical table covering all standard tube
sizes. The ratio varies between 10 and 18. The welding
Card 1/2 power consumed is nearly

The power consumption for the production of tubes in electric
tube welding mills for tube diameters between 51 and 152 mm.
(Cont.) 122-2-5/23
a linear function of the tube wall thickness.
Card 2/2There are 4 figaxes, including.2 graphs and 2 tables.
ASSOCIATION: TsNIITMASh
AVAIIABIE: Library of Congress

KIRPICHNIKOV, F. P., Candidate Tech Sci (diss) -- "The development and investi-
gation of new technological processes of transverse-spiral rolling of large
threads and corrugated pipe". Moscow, 1959. 16 py, (Main Admin of Sol Res
and Design Organizations of the Gooplan. USSRj, Central Sci Res Inst of Tech
and Machinebuilding ToNIITMash), 150 copies (KL, No 25, 1959, 133)

S/1q3/60;eOOO/tO4/'bO1/006
AC)04/AOO'A
AUTHORSt Anialforov, V.P., Kirpichnikov, F.P.
TITLE: Ribbed-Pipe Rolling Mill
PERIODICALs Byulleten' tekhniko-ekonomicheakoy informatsii, 1960, No. 4, pp.
5 - 6
TEXT: The first industrial mill for the continuous rolling of aluminum
and bimetallic ribbed pipes intended for turbo and hydrogenerator coolers has been
produced at the experlmental plant of the Vaesoyuznyy nauchno-issledovatel'skiy
and proyektno-konstruktorskly institut metallurgicheskogo mashinostroyenlya (All-
Union Scientific Research Institute for the Planning and Design of Metallurgical
Mashinery) (MIMEMSh). The mill (see figure) is an automated assembly com-
Card 1/ 3

Ribbed-Pipe Rolling Mill
s/i9.3AO/000/tO4/'oo 11006
A004/AOOI
posed of loading table 1, feed rollers 2, stand 3, chucks 4 for the cl&,nping of
mandrel rod, main electric motor 5, gear stand 6, multipurpose spindles 7, re-
ceiving runway 8, pneumatic cylinders 9 and receiving table 10. The loading table
Is actuated by the electric motor via reducer and two eccentric shafts connected
with each other by a chain drive. The blanks, thick-walled pipes, are placed on
loading table 1 consisting of 6 pairs of racks. In each pair one of the racks Is
stationary while the other is movable. The blanks are put on the feed rollers 2
and conveyed to working stand 3. 8 pairs of feed rollers are mounted on the mill.#
The continuity of the rolling process is ensured by displacing the blank on the
stationary mandrel held in turn by one of chucks 4. A blocking system excludes
the possibility of the chucks being opened simultaneously, The working stand of
the mill Is of the three-high design and equipped with a hydraulic device for the
parting of the rolls. '~!.p rolls are driven by the four-speed electric motor 5
through a V-belt drive, gear stand 6 and multipurpose spindles 7. Two types of
pipes can be rolled, one with uninterrupted ribs over the whole length and another
-with reinforced walls and reduced height of rib at the ends to facilitate the sub.
sequent machining at the joining spots. The rolled blanks get onto receiving run-
way 8, consisting of two halves, which are opened with the aid of pneumatic cylin-
ders 9 to release the ready pipe onto receiving table 10. The following technical
Card 2/~

Ribbed-Pipe Rolling Mill
S/193/160/000/1004/001/W6
A004/AOOl
data are given: diameter of carrier pipe - 15 - 25 mm; maximum height of ribs -
12 mm; rib pitch - 2-5 win; pipe length - 2-5 m; roll diameter - 100-120 mm;
maximum metal pressure on the rolls - 8,000 kg; rotation speed of rollers - 32-
190 rpm; power of main drive electromotor - 25 kw; aggregate power of electro-
motors - 29.1 kw; overall dimensions (length x width x height) - 20,080 x 2,065 x
1,350 mml weight of mill - 9.4 tons. The rated capacity of the mill amounts to
200,000 running meters of ribbed pipes per year. The introductiorr-of this new
technology and the substItution of copper-brass pipes with wire ribs by aluminum
and bimetallic ribbed pipes resulted in annual savings of more than 5 million rub-
les at the "Elektrosila!' Plant alone. 87.5 tons of brass pipes, 312 tons of cop-
per wire and 51 tons of solder are saved. There Is 1 figure.
Card 31~

S/121/60/000/()12,/007/015
AOO4/AOOl
AUTHOR- Kitpichnikov-2
TITLE: Calculating the Dies for Thread Rolling by the Thrufeed Method
PERIODICAL: Stanki I Instrument, 1960, No. 12, pp. 18-20
TEXT: The author starts with a short survey on the two thread-rolling
methods, used in mechanical engineering, 1. e. infeed and thrufeed rolling and
describes then in detail the rolling of large-size threads on comparatively long
blanks by the thrufeed method, I. e. with axial blank feed, with the aid of dies
the axes of which are crossing under a definite angle. He divides this method
into three possible kinds: 1) threading with thread rolling dies having ring-
shaped threads. The crossing angle of the die axes 13 equal to the pitch angle of
the thread being rolled by the mean diameter: where c~ - angle between the
die axes and blank (crossing angle of the axes); 16b - pitch angle of the thread
on the blank by the mean diameter. 2) Threading with dies having helical threads.-'
The direction of the* helical thread on the rolling dies and on the blank is
opposite. The pitch angle of the thread being rolled Is greater than the helix
angle on the dies, while the crossing angle of the die axes is 3 , where
Id
Card -.1/4.

S/121/6o/ooo/m/ow/m
A004/A001
Calculating the Dies for Thread Rolling by the Thrufee!d Method
4d - helix angle on the rolling dies (by the mean diameter). 3) This method
differs from the former ones by the fact that the helix angle of the dies is
greater than the pitch angle of the thread being rolled. The crossing angle of
the axes Is 06 - Pd - Pb. Thread rolling by this method requires more complex
multi-start dies. Figure 2 shows the three methods of thread rolling mentioned
above. The author analyzes the main kinematic interrelation3 during the thread
rolling with the aid of dies with crossed axes, presents the formula for the
determination of the axial ,-alocity of the blank, establishes the relation betwgen,
the magnitudes of radial reduction of the blank and the parameters determining
the geometry of the dle and profile Figure 2:
of the thread being rolled. He cites
the formula for the radial reduction
z, for the axial feed of the blank
ft t3
andt based on these formulae, re-
commends the magnitudes of radial
reductions during the cold rolling
of large-size threads being 0.05
10.15 mm, while these magnitudes for
qV#,
Card 2/4._.____.

S/121/60/000/012/007/015
AOOII/AO01
Calculating the Plea for Thread Rolling by thi Thrufeed Method
hot-rolling should amount to 0.15 - 0.5 mm. The width of the calibrating part of
the thread rolling die should be sufficient to ensure not less than 3 - 5 revolu- 1
tions of the blank during the profile calibrating, Presenting formulae for the
determination of the die width the author shows that die width B dep6nds in a
linear way on magnitude of the crossing anglell of the axes. A reduction of
angleo~, leaving all the other technological parameters unchanged, makes it
possible to considerably reduce the die width and, consequently, considerably cut
down the magnitude of deforming stresses and the driving power for -thread rolling.
The author presents examples of calculating dies with ring-shaped threads and
helical threads and points out that during the manufacture of lead screws as
shown in Figure 4 the pressure on the dies amounted to 22 tons, the specific
power consumption was 0A kwh/running meter, machining time of thread rolling was
15 minutes. The accura;y-of the rolled thread was within the range of grade m
.-Figure 4: according to LXT SKC, (OST VKS) 7714, pitch
40 accuracy was within the 4th class of ENIMS tech-
140 nical specifications for lead screws of metal-
cutting machine tools; the finish of the effec
tive-surface of the thread corresponds to the
Card 3/4

S/121/6o/ooo/on/ow/05
A004/AOOI
Calculating the Dies for Thread Rolling by the Thrufeed Method
7th - 8th classes. The author cites a number of plants where the thread rolling
of screw3 with large-size pitch has already been Introduced; in 1957 at the
Pavlovskly "tobuanyy zavod (Pavlovsk Bus Plant), In*tq58 at the Konotopskiy
zavod "Krasnyy metallist" (Konotop Plant "Krasnyy Metallist!'), at the Toretskiy
mashinostroitel'nyy zavod (Torets Mechanical Engineering Plant). The efficiency
of the thread rolling process amounts to 0.3 - 1.2 running meters/minute, which
exceeds thread cutting by revolving cutters (vortex method) by 10 - 20 times
while it is by 30 - 100 times more efficient than thread cutting on lathes or j-
milling machines by the conventional method. Thread* which are hot-rolled are
covered with a thin-soale layer but have a smooth surface of the 6th 7th class.
3 Soviet references.
There are 5 figures.....

AWLEWXtog- -xk~~]PPJL v6. m4h!jr43;-
olas

082~66~
777
'ACC Iffii AMM

..... ....
i7_1
Jim con
foremost;' n'"forming 1 '2-
tral f"i
Fig, ,.

!
7
forming. disks 1 3--;, lfti7
p6wr-drive forming -and calibrating
inks 7

has
Orig., art&

s S'UBH'bATIC t:: l8Ko*63'_':.

L 3;1812-66 ~__,,%1n)/EWP(k)/EWP(t)/FTI TJP(C) JID/HW
ACC NRt AR6005803 SOURCE CODE, tM/0137/65/000/010/DO29/M29
A,
AUTHOR: Kirpichnikov, F. P. /
_31
TITLE: Vpnign or rolls for helical thread rollin and ribbed pipe In dirdular and
i~
screw-type roll passes
SOURCE: Ref. zh. Metallurgiya, Abe. IOD215
REF SOURCE: Tr. Vaes. n.-i. i proyektno-konstrukt. in-ta metallurg. mash-Ings-tr.,
ob. 14, 1964, 18-:3-3
TOPIC TAGS: pipe, cold rolling, thread rolling
ABSTRACT: Many flow charts for rolling ribbed pipe and threads and the method of
rollpass designs with circular and screw-type passes are presented. As an example,
the design is given for rolls for cold rolling of lead screws with a two-way trapej
zoidal thread. A. Leontlyev. [Translation of abstract.] INTY
SUB CODE: 11/ SUBM DAM none/
/ i/
ad wct 62i.T74.

7/0008
INVENTOR: Kirpichnikov, F. P.; Anisiforov, V. P.
)RG: None
tITLE: A roller for tranaverse-helical rolling of pipes with transverse ribs. Class
7, No. 190308 [announced by the All-Union Scientific Research and Design and Planning
Institute of Metallurgical Machine Building (Voesoyuznyy nauchno-iasledovatellokiy i
?royektno-konstruktorskiy Institut metallurgicheskogo mashinostroyeniya)]
SOURCE: Izobreteniya, promyohlennyye obraztsy, tovarnyye znaki, no. 2, 1967, 7-8
TOPIC TAGS: pipe, metal rolling, metal forming machine tool
ABSTRACT: This Author's Certificate introduces a roller with asy=etric grooves for
transverse-helical rolling of pipes with transverse ribs. To reduce twisting of the
pipes during the forming process, the roll grooves are located on a barrel with a
taper equal to twice the rolling angle, which is 2-200. These grooves have a leading
entrance side which is perpendicular to the axis of rotation of the roller and a trai
ing exit side which makes an angle of 1-150 with the leading side.
1/2 uDc: 621.774.8

6
ACC M AP7005594
rooves; 2-barrel; 3-leading entrance side of tbe'groove; 4-axis of rotation of
roller; 5--trailing exit side of the groove; y-rolling angle
CODE, 13/ SUBM DATE: 8jul64 --
2/2

TARASOVA, Z.N.; KIRPICHNIKOV, G.A.- FEDOROVA, T.F.
0
Action of alkyl &r71 phosphites as antifatigue agents of the
butadiene-stMne rubber vuIcanizates. Kauch. i res. 22 no.10t
14-16 0 163, (KERA 16:U)
1. Nauchno-isoledovatellskiy institut sbinnoy prowqshlennosti.