SCIENTIFIC ABSTRACT NOSOV, A. V. - NOSOV, M. I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001137320017-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: August 1, 2000
• Sequence Number: 17
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

82783
Chemical Kqulpment Flade of Titanium sov/iS4_59-5-12/17
and, hardnefs SKI - SN2. Technical titanium in a cold state yields
to banding, drawing and similar operations. The plasticity of
annealed titanium Is comparable to that of "18-9' grade cold-
rolled stainless stseL.. Titanium alloys have a lower plasticity.
rh the USM the coefficient of drawing for VT1 titanium (drawing
with heating) to taken equal to 0.3. Titanium Is drawn at low
xpeedx (not over 0.25 m/aso).with repeated tempering. Electric
welding'of titanium Is performed-with an Infusible tungsten electrode
under a helium or &rgon s4eld, Argon of the lat composition &a-
cording to technical spedifications OT3 MU 4315-54" (TU KKhP
4315-~.54) Ig used for this purpdoe. Tungsten electrodes with thorium
oxyde grade "13T-t5' (Vt-15) are recommended. Automatic argon-aro
welding of titanium with a fusible electrode of tec!mlaally pure
titanium wire has riot yet received, sufficient approval by the
industry. Data on welding conditions are listed In Table 4 (Ref.
4 and 6). The Institut elektronvarki Imeni Ye.O. Patona (Institute
of Electric WeldJmg imeni Ye.O. Paton) developed the technology of
automatic welding titanium under a layer of.,an oxygenless MM.
In this case the corrosion resistance of welding seams and of the
zone of-,thermal influence is about the same as of basic metal.
Plastle properties of the weld metal are fairly good (elongation
Card 3/4 not under 20%) although they are somewhat lower than those of the

81783
Chemical Zquipomt Kade Gf Titanium SOV/184-59-5-12/17
basic metal. Heat treatment(annisaling at 600-7WOC for 30-45
minutes) does not lead to markedly better mechanical properties of
w*14 joints with VT1, VT4, VT5 and M4 titanium alloys, but It
removes internal stresses. There are 4 tables and 6 r4ferenaes:
2 German and 4 Soviet.
Card 4/4.

IVIO,I,GHFKt A.H.1, ftrllo~ NO!-VVI A.V.q lnzh.
U!i-.n-m pYazed maLal sheetg far zaliag -=-,a-*-:-t--s.
YnIm.i rqf,,. ntGlilnoatr. nooS:29-32 Ag 165o
(MM 1-;-;12)

J~li~-4:v----( I vt M mmimm"
f

KOIESNIKOVO A.V.j NOSOV, A-Ya.
- -
Errors in measuring irregular flows with a pneuuatic-type measuring
attachment. Prom.serodin. no.24:134-141. 162. (MLU 16 s 7)
(Flowmaters)

ROSOT, D.
rn the HarVzia taiga. Irckrug gvets n0.7:17-24 jj o5j, (KLAL 6:7)
(Barvz.,*,a vallri)

110SOVP D. K.
HOBO-vo D. K.
"Nsthods of preraring the soil for early spring grain crops, before
sowing,t on leached-out chernozems of Penza Oblast." Voscow Order cof
Lenin Arricultural Academy iment, K. A. Timiryezev. Moncow, 11;56.
Misie-tntton for the Perfree of Candidnta in Apriculturnl Sciences.)
Fntzhriaya Letopts'
No. 25P lq56. Vascow.

USSR/Soil Science. Tillage, Land Reclamtion, Erosicn. J-5
Abe Jour: Ref Zhur-Diol., flo 6, 1958, 24799.
Author Nosov, D.K
Inst :?-
Title Tillage of Soil According to Mal'tsev on the Leached
Chernozems of the Penza Oblast.
Orig Pub: S. kh. rovolzh'ya, 1956, No 12, 15-17-
Abstract: In the conditions of the Penza oblast, a 35-40 cm.
deep unbanked ploughinG in leached chernozem does
not have a substanti I advantage in comparison
with deep banked plxing. Results of conducted
experiments are given.
Card 1/1

4~~ nd. ealitkokhoxmystyfinafth nauk.
Gotqmat or looce seedbed? Vauka I pared. ON T sel'i-tog- 9 no.3:5Z-54
xv 1580 (KIRA 11:3)
1*0 Iftchurinskly pladoovoshchnoy Inatitut Imant I.Y. MchurinA.
(Tillago) (Sovirg)

I
"-.KOSQV.,--P.,,I-C.tt_kand.sellskokhozyays~vennykh nauk
Green faUow in Tambov Province., Zemladelie 23 no-5622-26 My 161.
(KIRL 14:4)
2, Plodoovoshchnoy Institut imeni IS.Michurina.
. I (Tambov Province-ra4wing)

NOSOV) D.K., kand. sellskoklioz. riauk; DER211AVIN, L.K.; YURCHENO, K.F,
Plming or disk harrowing? Zemledelie 27 no.7:53-54 il f65.
18:7)
1. Pliodoovoshchnoy inatitut imeni I.V. Ilichurina.

11050T. D.H., starshly nauchnyy sotrudnUc
Improving tho design of snow fenses. Put' put.khom. 4 no.l:
30-32 Ja 16o. (JaRA 131.5)
1. laboratorlya snagobor'by feesoyuznogo nauchno-Issledovatell-
Hkogo Instituta shelexandorochnogo transporta. Hinisterstva
putey soobahchonlye.
(Railroads--Snow protection and removal)

110SOV. D.S.
What the ellainattoaof the excessive power of the crusher-roll
motor hai given us. Strolemat. 6 nool:16 Ja 160.
- . (KM 1395)
1. Glavnyy makhanik Bolakhavskago kirpichnogo zavada,
(Bolakhovo--Brickmking machinery-Ilectric driving)

~4-66 ljpcc)- -wX/Am-
ACC NRI--&P-5006360 (A) SOURCE CODEt UP./0413/66/000/002/0095/0075-~',
AUTHORS PashChenko, D, I.; Vtorygin S. H.- KleyA4!~"v,,.
Jilt-
HarkevLch, A*-H VolokhonovLch 1. Ye.;--Rosov --E. r Zorina* L 15
ORGI none
TITLE: Preparation of polytetrafluoroethy-Imej Class 39, No. 178104
(announced by Institute of Chemical PhvgLcm., AN SSSR (Inatitut.
khtsicheskiy fLi-LVj-AH SSSR)j
SOURCEs tsobcotenLyag promyshlennyye obractly, tovacn*yye znakt, no* 201
1966, 95
TOPIC TAGSe polytetrafluacoethylene, polymerization, polywrization
initiator
ABSTRACTS -A nethod of preparing polytatcafLuorooth ylene through pol
i tierizatLon of tatrafluaroothylens under ultraviolet light in the I
presence o initiators is described, In order to obtainpolyners with
an extensive surface area, perhalogenated freone ace Fropoeed for use
as LuLtIators. ILD]
SUB Com SUM DAM MebW
Card i I t ~~,J "net Ala-1A1-&1-nn1-1

L 0 0 8 2 7 - 67 IRT ( W /W P ( j Ltr IJ?(c) WW/RM
cc N P0027766 tAl Sou'Rui Coi)r,: uR/oigo(ocloootooB/i3,ioiiq.35
(-Y
AUTHOR: Nosov, E. F.; Fleymenov, N. A.; Markevich, A. M.
ORO: Institute of Chemical Ph ki
ysics, AN SSSR (Institut khimicheakoy fizi
AN SSSR)
TITLE: T etrafluoro ethylene polMMiZationAn aqueous solutions
SOURCE: Vyeokomolekulyarnyye soyedineniya, v. 8, no. 3, 1966, 1330-1335
TOPIC TAGS: t et rafluoro ethylene, polymerization kinetics, polymerization
initi ator, activation energy, polymerization rate, polymerization degree,
copolymer, copolymerization
ABSTRACT: A study was made of the kinetics of tetrafluoroethylene polymeriza-
tion in aqueous solutions initiated by (NH4)2S208 ;~t 40-70C, with pressures
below 1 atm. The effect of 0 on the reaction was analyzed. The reaction rate is
2
proportional to the tetrafluoroethylene concentration and the square root of the
concentration of the initiator (at low concentrations). The activation energy is
17.3 ccal/mol. The polymerization rate depends on pH and reaches its maximum
Card 1

t 008'27-67
ACC NR, AP6027766
at PH = 5- 5.- 5. 7he ratio of propagation constants to the square root of the
termination constant was calculated and the average polymerization rate was
determined, Two to three percent 0 admixtures in tetrafluoroethylene decrease
___L--the_ polymerization rate-40jimes. __-Higher 0. concentrations do not affect the
polymerization rate. --The ratio of tetratl~-oro-6i!i~l-e---n-e---t-o- 02-is-close-to t.-I-with
more than 10% of 0 . The mechanism of CO and HIF formation is proposed in the
copolymerization o?ietrafluoroethylene with It is shown that the copolymer
2'
and the tetrafluoroethylene polymer obtained at a high initiator concentration
contain fractions which are thermally unstable 91 160-180C. Orig. art. has:
8 figures and 6 formulas. [Based on authors' 4bstractl [NT]
SUB CODE: 07/ SUBM DATE: 16Apr65/ ORIG REF: 004/ OTH REF: 005/
Card 2 2 fV

E . D
NOSOV# I .
..
Analyzing the persistent c:hango in tha reglme of iinderground
waters with a viev to making long-rang-3 predictions. Razved.
i okh. nedr 30 no.7:5,4-57 J1 t64. (MIM 17:12)
1. Rostovskaya kompleksnaya pulogicheskaya ekaped-itslya.

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goo

SIPMAYSTA, G.A. , Lath., Lopolayayushchly obyatemaostl starxtLego nauchmogo
satradalka. Pr1m1mlL achastLye: JURITAMOV, A.P.; PI 'SEEM,
Ta.B.; 4050T, F.P.. STRUMMIT. V.L. kand.teklmovAuk, mauchw
red*; CMROY, I.K., red.
(Kethod for applying cement coatings In insulating steel pipes to
be used in treachless ead jacketless p1p6layi*&; goinatific report]
Tokhnologlia raxaseniLa teementnol Itollatn1l aa stallaye traby
dlia bestraisheizol besfutliarnoi prokladkl traboprovodov; sauchaos
soobahatmale. Koskva, Otdal nauchno-takhn.1mformatsii Akad.koo=A.
khos.g 1959. 18'p. (KLU 13:6)
1. Glawayy makhmik Upravleaiya po stroitellstyu, podzannykh scorm-
zhomiy Glavaosetroya (for Kirlyamov). 2. fachallaik Proitvadetveano-
takhalabaskago otdola (for riakellahteyn). 3. Glavayy iachmaer trmbo~-
zagotovitalliogo cavoda treat* Tospodzematroyanabw (for Nosor).
(Protective coatings) (Pipelizes)

NOSOVs G.A.
Complete the construction of wire broadcasting netvarks in YJIUVs
by 1960w Test, sviazi 20 no,,50-9 Vq 160, (HIRL 13t.12)
I* Sekr*tarc Penzenskogo, obkoma, kounuu1sticheskoy partii Sovetakogo,
80yusa. . (Wire broadcasting)
8

KOSOVP G.A.,, master
Device for removing proased-on compononta. Energetik 12 no.1:19-20
J& 164. (MIRA 17:3)

_.L 1459no-66 _7
AM PC SOURCE CODE; UR/0277/66/ooo/ooi/0030/0030
AUTHOR: Mosov, G. G.
ITITLE: Thermal stresses in reinforced plastics
SOURCE: Ref. zh. Mashinastroitellnyye materialy, konstruktaft I ranchet detaley
mashin. Gidroprivod, Abe. 1.48.178
REF SOURCE: Sb. tr. Moak. vygeh. takhn. uch-shcha im. N. E. Baunantz, Y. 4, 1964,
55-64
TOPIC TAGS reinforced plastic, fiberglass, resin
ABSTRACT: The author considery various problems associated with the strength of
fiberglass-reinforced V astLcL5aa a function of the thermal stresses uhich arise in
the "resin-glass filler" system during binder hardening. Experiments). curves are
plotted for the temperature distribution in the resin-glass system. Formulas are
derived for strength as a function of resin content, filler concentration, chemical
and thermal shrinkage and a nunber of other factors observed during preparation of
fiberglass-reinforced plastic. 5 illustrations. Bibliography of 8 titles. [Trans-
lation of abstract]
SUB CODE: 11
UDC: 616.5-419.677.521:539.4

KOROLEV, Yu.M.; NOSOV, G.I.
X-ray study of paraffins separated from oils. 7rucbr.VNIGNI
no.Z7:225-227 160. (MIRA 17:3)

.- NOSOV, G.I.
Using the lithologla-petrographio method of study for dividing
a uniform chalk formation on the right bank of the Dan. Trudy
V4IGIII no.Z?:258-265 060. (HIPA 17:3)

x5ovo 0. 1.
NOSOV, G. I. t "THE Lithology of the Turon-Konlyak stratmm of chalk on
the right bank of the Don.* Aced Sci USSR. Geology Inst. Gidro-
projakt (Hydraulic Plerming),, Min Electric Power Stations MR.
Mascowp 1956. (Dissertation For the Degree of Candidate in
Geologicomineralogical 3cience.)
Knithnaya latopis'
No 32, 1956. Moscow.

NOSOV, G. 1.
OfLithology of' the Turrin-Kcinyak Yru;tj (~f the rhal? or ti'e Bark of the
River Don."
dissertation defended for the degree of Bill of Geological-Mneralojg~i
Sciences, at the Inst. for Geology. (Jan-Jul 1957)
Defense of Dissertations
Sect. of Geological-Geograohical Sel.
Vest. AN SSSR, 1957, v. 27, No. 12, PP. 113-115

NOSOV. 0. 1.
Detailed lithological correlation of the Turonlan Chalk serims
In the Donato Basin. BIul.KO1P-Otd.&so1. 32 no.1:99-106 JiL-,V
'57. (KLRA 10:5)
(Donate Basin-Aeology. Stratigraphic)

AUTHORt NOSOVOG.I. PA - 2932
TITLEs -Tffe--ro-u-iP-o-3-Lt ton of an lron-carbonate Admixture in Writing-Chalk
and Its Influence upon the Physical-Mechanical Properties of the
Rock. (Sontay nekarbonstnoy primesi v pischem molu I yoyevliyaniye
as fiziko-mekhanichaskiye ivoystvs~ porody, Russian)
PERIODICkLo Doklady Akadenii Nauk SSSR, 1957, Vol 113, Nr 1, pp 179 - 182
(U.S.3*a )
Received; 6 / 1957 Reviewed, 7 / 1957
ABSTRACT: Although the writing-chalk of the Russian table land was thoroughly
investigated, the question of non-oarbonate admixtures has not been
sufficiently explained. The Turon-Cognaa-layers of the right bank
of the river Don between the estuary of the Voronezh and the town
of Kalakh are about uniform and mainly consist of pure chalk which
in the lower reaches of the river Don turns into chalky amrl. The
magnesia content of the chalk is insignificant and thecontent of
R203 Is lowl the content of silicon earth is greatest. Other compounds
appear as traces. Among the formed components of the share of basic
carbonates, powder-forued calzLte prevail (up to 56 %), there is
a little less of coccolithophoridea (UP to 51 %)1 and so are the
shells of foraminifer&@ (till 23 %) of secondary importance,
shard of the prismatic layers of inooeranen (Up to 20 %) and other
chalk organisms (up to 5 %). The non-carbonate part was determined
Card 1/3

The Composition of an Yon-Carbonate Admixture in PA - 2932
Writing-Chalk and its Influence upon the Physical-Mechanical Proper-
ties of the Rock.
from a weighed uantity of about 2 kg by gradual treatment with HC1.
Here the loamy Mlit-)frsation (90 - 97 %) of less than 0 101 am
prevails. The whole rest consists of an aleurit-freation. he smad
fraction practically does not exist.
Altogether 29 kinds of minerals were found. The frogAeut occurrence
(about 50 ~) of soiled and iron-oono*ntrated grains In the heavy
fraction, the mineralogio character of which can not be datermined,
as well an a great content of ore minerals (7 - 15 %) in character-
istic in the heavy frilation. No difference between the mineralogic
co$poiLtion of the aleurit fraotians of Turon and Cognac could be
determined. The coarse fraction (0,01 - 0,05 mm) of the loamy
material mainly consists of mordenite with adfaixtures of quartz,
fieldspar, puscovite, glauconite and opal as well an of'acoessory and
loamy minerals. The next finest fraction contains hydromica,
beidellit* and kaolinite.
The finely dispersed fraction (of less then I ) chemically contains
quite a number of sasquioxide. A somewhat increased content of K 20
is apparently due to hydranica. About 10 4 of amorphous opal as
Card 2/3 well as organic substance in form of humus were determined in

PA - 2952
The CouposItion of the Non-Carbon&t* Admixture In Writing-Chalk
and Its Influence upon the Physical-Hechanical Properties of the
Rock.
th lkalins test. Therefore the mineralogic composition of loamy
p: 91
lit-) material (of less than 0#01 n2) is as followst
(
beidellito with hydromice with a steady admixture of haolinits,
mordonitet opal, glakonitop hydrohetits, humus.and earthy minerals.
The quantity of admixtures Increases with Increasing size of grain
in-loany material on the lower reaches of the rIvor Dan. The com-
position and the physical-mechanical properties of chalk.are mutually
d;%4ent an each other. Specific weight differs amly slightly
01- 2M), porosity is in inverso ratio to the coatent of clay
ancl to about 30 - 54 ~. In the ease of a sataration with water the
strevith of the chalk is reduced 2 - 3 fold, apparently as a con-
sequel~ee of the weakening of the cementation of the finest calzite
paiticles, forming It and of a swelling of the pore-filling bei-
Card 3/3 d 11ito. Resistenoe to frost is low and decreases with increasing
=Ltoit of clay.
ASSOCIATION: Mot given
PRESENTED BYs N.SeSEIATSKIT, Member of the Academy
SUBHITTED~ 16.10.1956
AVAILABLEt Library of Congress

3(5) SOVIII-59-10-6116
AUTHORt ffaxoV-, G._I. and Hogakinao F. Ye.
TITLEs Glaucanits in the Paleogene Deposits from the Volga Region
near Stalingrad.
PERIODICAL: Izvestiya kkademii nauk SSSR, Seriya. geologichaskaya, 1959,
No. 10, pp 69-77 (USSR)
ABSTRACT: Glauconite is one of the rock- 'forming minerals in the Paleogene
deposits of the 'Volga region near the town of Stalingrad. The
glauconite-containing stratum of maritime greenigh-gray terri-
genous rocks is composed of sands, sandstones, and of aleuro-
lites with layers of aleurite argillitas and clays. The
stratum is divided into three suitest Froleyak%yat Tekdtaynsksym,
and BMchikxk&)W:;. suites of the Eaaene epoch,, altogether 100 m thick.
Different analyses showed that $he glauconite contained in
all three suites does not differ. Thu comparison of its com-
position with the composition of the glauconite from other
Tertiary formation& showed by their close similarity the
strict association of its formation with specific geachemical
'Card 1/3 surrounding of the maritime terrigenous-glauconits formations.

SOV/11-59-10-6/16
Glauconite in the Paleogene Deposits from the Volga Region near Stalingrad
Lad
i__E1per1mntk1-
f !!ttNof the Ministry
110800W)
Scientific-Research Institute (Gidropro-
of Electric Power Plants of the CTSSR
SUBMITI.t.M. Deceq~er 17, 1958
Card

BEELYAKOVP N.A.; HURET, I.V.; NOSOV, G.I.
Some problems of the improvement of the cardIng machl a developed
by the Ivanovo Scientific Reisearch Institute of Tactile Indust
Hauch.1sal.trudy IvNITI 25:42-50 161., (HIM 15: 107 0
( Ivanova-Carding machines)

VLODAR.SKArA., V.R.j-W5OV2 G.I.
G*netIc type of clay minerals in Devonian and Permo-Triassic deposits
of the K&mL-Vyatka Depression. Dok1.AN SSSR 137 no.6.-2430--1433 1P
C62, (KIRA 14:4)
Is Teedopuzuyy naucbno-Iseledovatellskiy geologorazvedocbzyy
neft,yanGy Institute Predstavleno Pkademikoxt H.M.,Qtrakhovyu.
(Whim legloa-Clay)

Moutworillanizatlon In b7drmica as a dispostio foatum of
Tertl=7 all-boariw mrIss In Daghestan. l9v. Z SSSR Ser,,
geol. 27.no.lOt46-54 0 162. (MM 15: 10)
11 Vllsfq-.UsW nauqu~o-lxslsdovatellskij goologomayedoebayy
neftyawy institutsl Noskva,
lkgbotsUa-Montmorillonite)
Dagheatan-fttrolaum gloology)
f

BUIYAKOV, N.A.; Fl.VLYREV,, 1.V.).. Jjt-lSOY,. G.T.
v
Shortening the !~penlng and ur;utching procevs by the -.~je of
nwolike elemonts. Nauch.-AsnI.trudy XvIII'll 26:3-23 163.
(MIRA 18W

BZIIYAKOVP N.A.j. NOSOV, G.I.; HJURED., I.V.
Ca,rding machine with bico!l criler. flauch.-issi.trud,7 17Y-lTr
26:35-52 163, (MIRA l8s4)

VLODAiSKAYAp V.R.
Relations between clay minerals and organIc matter in the oil producing
sediments of the gouthern margih of the Azov-Xuban trough. Lit. i
pol. Iskop. no.2:63-76 Mr-Ap 164. (HIM 17t6)
1. Vaesoyu=yy nauchao-Lasledovatellakiy gaologoramdochnyy
neftyanoy Institut.

RATEYF71 M.A.; 74~', Ni-l,'-"-l.--f----
.1
Cordll'-.4 1'ha fcrmatllori :,f !:;,"
recer and arzolmt gaft Nsins. rf-ol. I r6zv.
8 j3o.2315-24 F It 5, ,*-,I-;iz.4
1. Geologichesk-ILY lmativat AN S-SSR~

140SOV, Gleb-lakavlevich; NIKOLATEU, N.G., red.; RUSELOVICH, K.I.P
tekhn. red.
[Safety and fire-prevention engineering] Tekbnika bezopez-
nostl i protivopozharnaia tekhnika. Moskva, Ekonamika., 1964.
163 p. (MIRA 17:4)

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SOV/I 37- 59- 3-4928
Translation from: Referativnyy zhurnal. Metallurgiya, 1959, Nr 3, p 4 IUSSR)
AUTHORS: Nosov, G. L., Malkin, V. M.
TITLE: Heating a Two-layer Plate (Nagrev dvukhsloynoy plastiny)
PERIODICAL: Tr. Urallskogo politekhn. in-ta, 1958, Nr 73, pp 198-106
ABSTRACT: The analytical solution of the heating of an unbounded plate (P)
consisting of two layers with different thermal characteristics is
adduced. The heat transfer onto one of the P surfaces proceeds
according to Newton's law. The ambient space has a constant tem-
perature. No heat is lost on the reverse side of the P (adiabatic
surface or plane of symmetry). The thermal characterist.ics of the
layers and the heat transfer coefficient are assumed to be at their
medium values and independent of the temperature. Cases are
examined when the temperatures of P are either equal at all points
at the initial moment or when each layer has its own initial tem-
perature.
G G.
Card 1/1

jrov
24-5200 77147
so-,I/1118-59-9-17/22
AUTHOR: Nosov, C. L. (Engineer)
TITLE: Analytical Investigation of the Process of Heating
a Wo-Layer Plate and a Cylinder
PERIODICAL: Izvestiya vysshikh uchebnylch zavedeni Chernaya
metallurglya, 1959, Nr 9, pp 145-151 ~6SSR)
ABSTRACT: The article refers to the investigation of: (1)
The process of heating a two-layer plate according
to provisions of the analytical method. (2) The
process of heating a two-layer cylinder by u!!tng,
a hydrostatic integrator designed by D. V. Budrin.
The hydrostatic integrator System was placed at the
disposal of the author by the administration of the
All-Union Scientific Research Institute of Metal-
lurgical Thermotechnology (Vsesoyuznyy nauchno-issle-
dovatel'skiy institut metallurgicheskoy deplotekhniki).
The integrator is suitable for work with plates and
cylinders due to interchangeable containers. De3crip-
Card 1/9 tion of it was previously given in literature, e.g.,

Analytical Investigation of the Process of 77147
Heating a Two-Layer Plate and'a Cylinder sov/148-59-9-17/22
Card 2/9
Budrin, D. V., Hydrostatic Modeling of Non-Stationary
Thermal Processes, Sverdlovsk, Soyuzteplostroy, 1947;
Blokhin, Ye. P.,and Navaderov, A. V., Heating Netal by
Radiation, Bulletin nauchno-tekhnicheskoy informants1i
VNIIT, Nr,l, Metallurgizdat, 1956. The analytical
solution of the problem for two-layer plate under the
boundary conditions of the third type describes the
temperature field for any time-moment-Equation (1) -Lor
-COs 1111_~!_Cos
Ak,)
te _. to
where 0