The Boltzmann transport equation and the diffusion equation

Similar documents
-HYBRID LAPLACE TRANSFORM AND APPLICATIONS TO MULTIDIMENSIONAL HYBRID SYSTEMS. PART II: DETERMINING THE ORIGINAL

Chapter 6 Plane Motion of Rigid Bodies

Physics 120 Spring 2007 Exam #1 April 20, Name

Instructor: J.D. Williams, Assistant Professor Electrical and Computer Engineering

Physics 15 Second Hour Exam

THIS PAGE DECLASSIFIED IAW EO IRIS u blic Record. Key I fo mation. Ma n: AIR MATERIEL COMM ND. Adm ni trative Mar ings.

Calculus 241, section 12.2 Limits/Continuity & 12.3 Derivatives/Integrals notes by Tim Pilachowski r r r =, with a domain of real ( )

flbc in Russia. PIWiREE COHORTS ARE NOT PULL- ING TOGETHER. SIGHTS AND SCENES IN ST. PETERSBURG.

_ =- 314 TH / 3 RD 60M AR M NT GROUP C L) _. 5 TH AIR F0 RCE ` Pl R?N ]9. ia UNIT, - _ : --.

Electrostatic/magnetostatic forces

_ J.. C C A 551NED. - n R ' ' t i :. t ; . b c c : : I I .., I AS IEC. r '2 5? 9

Chebyshev Polynomial Solution of Nonlinear Fredholm-Volterra Integro- Differential Equations

Rotations.

EE 410/510: Electromechanical Systems Chapter 3

c- : r - C ' ',. A a \ V

PHY2053 Summer C 2013 Exam 1 Solutions

( ) ( ) ( ) ( ) ( ) ( ) j ( ) A. b) Theorem

THIS PAGE DECLASSIFIED IAW E

OH BOY! Story. N a r r a t iv e a n d o bj e c t s th ea t e r Fo r a l l a g e s, fr o m th e a ge of 9

ESS 265 Spring Quarter 2005 Kinetic Simulations

! -., THIS PAGE DECLASSIFIED IAW EQ t Fr ra _ ce, _., I B T 1CC33ti3HI QI L '14 D? 0. l d! .; ' D. o.. r l y. - - PR Pi B nt 8, HZ5 0 QL

Hyperbolic Heat Equation as Mathematical Model for Steel Quenching of L-shape and T-shape Samples, Direct and Inverse Problems

High Performance Adaptive Robust Control for Nonlinear System with Unknown Input Backlash

Physics 110. Spring Exam #1. April 23, 2008

Go over vector and vector algebra Displacement and position in 2-D Average and instantaneous velocity in 2-D Average and instantaneous acceleration

Executive Committee and Officers ( )

THIS PAGE DECLASSIFIED IAW E

P a g e 5 1 of R e p o r t P B 4 / 0 9

UNIVERSAL BOUNDS FOR EIGENVALUES OF FOURTH-ORDER WEIGHTED POLYNOMIAL OPERATOR ON DOMAINS IN COMPLEX PROJECTIVE SPACES

PID Controller Design for A Nonlinear Motion Control Based on Modelling the Dynamics of Adept 550 Robot

1.B Appendix to Chapter 1

THIS PAGE DECLASSIFIED IAW EO 12958

G OUP S 5 TH TE 5 DN 5. / E/ ' l / DECE 'I E THIS PAGE DECLASSIFIED IAW EO ', - , --,. . ` : - =.. r .

Monday, July First, And continues until further notice.

, _ _. = - . _ 314 TH COMPOSITE I G..., 3 RD BOM6ARDMENT GROUP ( L 5 TH AIR FORCE THIS PAGE DECLASSIFIED IAW EO z g ; ' ' Y ' ` ' ; t= `= o

4.1 Schrödinger Equation in Spherical Coordinates

I N A C O M P L E X W O R L D

Integral Solutions of Non-Homogeneous Biquadratic Equation With Four Unknowns

TH IS PAG E D E CLA SSIFIED IAW E O 12958

Chapter 3: Vectors and Two-Dimensional Motion

T h e C S E T I P r o j e c t

- Double consonant - Wordsearch 3

X-Ray Notes, Part III

Torque generation with Electrical Machines. Industrial Electrical Engineering and Automation Lund University, Sweden

2 shear strain / L for small angle

H STO RY OF TH E SA NT

Physics 232 Exam II Mar. 28, 2005

Analysis of Laser-Driven Particle Acceleration from Planar Transparent Boundaries *

L...,,...lllM" l)-""" Si_...,...

Nonlocal Boundary Value Problem for Nonlinear Impulsive q k Symmetric Integrodifference Equation

Technical Appendix for Inventory Management for an Assembly System with Product or Component Returns, DeCroix and Zipkin, Management Science 2005.

Higher Order Binaries with Time Dependent Coefficients and Two Factors - Model for Defaultable Bond with Discrete Default Information

A L A BA M A L A W R E V IE W

Classification of Equations Characteristics

Physics 201 Lecture 15

o. - ;, . s { UNIT HISTORY ; - -:-. ; 3 RD 6 M6ARDMENT GROUP L JU 949 _, - :: : ., ; I \ - c - -

Supporting information How to concatenate the local attractors of subnetworks in the HPFP

QuickStartGuide. RecordtomobilephoneorUSB 4K4:2:0input& loop-through 1080p60recording& streaming Customizeencodingforthemainstream andsubstream

On the hydrogen wave function in Momentum-space, Clifford algebra and the Generating function of Gegenbauer polynomial

Field due to a collection of N discrete point charges: r is in the direction from

Maximum likelihood estimate of phylogeny. BIOL 495S/ CS 490B/ MATH 490B/ STAT 490B Introduction to Bioinformatics April 24, 2002

183 IV-4N. opo !PF. M1 -ri ChV. rrj: M D " ;jj. I o! 7-F J,. 1;", f y S}! f.'# t., owl, DeptE ResSIE. ,re:, 't.,". ± f. so.' f Y"3 7F. ..

P a g e 3 6 of R e p o r t P B 4 / 0 9

Chapter 1 Electromagnetic Field Theory

Example: Two Stochastic Process u~u[0,1]

-i-- t_.-- I= # GRANDMOTHER'S LOV&LETTERS. 4_ 4.; I--I-I -- I- Ì ir d. r -f. p 0- I- - r 0,_. 9-: b -, -F ' -I- ""ft. g f;04 JANET GORDON. !.

TWO INTERFACIAL COLLINEAR GRIFFITH CRACKS IN THERMO- ELASTIC COMPOSITE MEDIA

Classical Electrodynamics

176 5 t h Fl oo r. 337 P o ly me r Ma te ri al s

HISTORICAL DATA FOR THE MONTH OF SEPTEMBER TH BOMBARDME N T SQDN. (L j! 3RD BOM BARDM ENT GROUP ( 3RD BOMBARDMENT WI NG (L)

Introduction to Inertial Dynamics

A study Of Salt-Finger Convection In a Nonlinear Magneto-Fluid Overlying a Porous Layer Affected By Rotation

Some algorthim for solving system of linear volterra integral equation of second kind by using MATLAB 7 ALAN JALAL ABD ALKADER

The Covenant Renewed. Family Journal Page. creation; He tells us in the Bible.)

when t = 2 s. Sketch the path for the first 2 seconds of motion and show the velocity and acceleration vectors for t = 2 s.(2/63)

On Fractional Operational Calculus pertaining to the product of H- functions

Mass-Spring Systems Surface Reconstruction

International Mathematical Forum, Vol. 9, 2014, no. 13, HIKARI Ltd,

Homework 5 for BST 631: Statistical Theory I Solutions, 09/21/2006

AGENDA REPORT. Payroll listing conforms to the approved budget except as noted and has been paid WILLIAM A HUSTON CITY MANAGER

Chapter 4: Motion in Two Dimensions Part-1

M1 a. So there are 4 cases from the total 16.

Lecture 3 summary. C4 Lecture 3 - Jim Libby 1

4/3/2017. PHY 712 Electrodynamics 9-9:50 AM MWF Olin 103

Complex Neuro-Fuzzy Self-Learning Approach to Function Approximation

Numerical Study of Large-area Anti-Resonant Reflecting Optical Waveguide (ARROW) Vertical-Cavity Semiconductor Optical Amplifiers (VCSOAs)

Nanoparticles. Educts. Nucleus formation. Nucleus. Growth. Primary particle. Agglomeration Deagglomeration. Agglomerate

A-1 WILDCARD BEER TASTING ROOM 3 DRAWING INDEX & STATE CODES 4 PROJECT DATA SOLANO AVE KAINS AVE. 5 AERIAL VIEW 6 PROJECT TEAM TENANT IMPROVEMENTS

Neural Network Introduction. Hung-yi Lee

On Almost Increasing Sequences For Generalized Absolute Summability

L4:4. motion from the accelerometer. to recover the simple flutter. Later, we will work out how. readings L4:3

An Optimization Model for Empty Container Reposition under Uncertainty

Introduction. Voice Coil Motors. Introduction - Voice Coil Velocimeter Electromechanical Systems. F = Bli

ARCHIVING WITHOFFICE365

Addition & Subtraction of Polynomials

Abstract. 1 Introduction

Me n d e l s P e a s Exer c i se 1 - Par t 1

ÖRNEK 1: THE LINEAR IMPULSE-MOMENTUM RELATION Calculate the linear momentum of a particle of mass m=10 kg which has a. kg m s

EE0.1 ELECTRICAL LEGEND AN ADDITION TO - OAKMAN ELEMENTARY SCHOOL A NEW CAFETERIA FOR - OAKMAN HIGH SCHOOL WALKER COUNTY BOARD OF EDUCATION

EEM 486: Computer Architecture

Transcription:

The Bonn npo eon n he on eon Sego Fnn gop Depen o Boec Engneeng T ne oeng gh popgon n ceng e wh npo heo The Bonn npo eon BTE bnce eonhp h ecbe he ow o pce n ceng n bobng e. The popgon o gh n opc b e cn be oee b he npo eon whee he phoon e ee he npoe pce. I we enoe he ng phoon en wh whch ene he nbe o phoon pe n oe pe n o nge eng n econ poon n e we cn we he BTE oow De n Hon 976: whee he pee o gh n he e he bopon coecen n o c - he ceng coecen n o c - he phe ncon o he pobb en o ceng phoon h e ong econ no econ n he oce e. h n o - - - n epeen he nbe o phoon njece b he gh oce pe n oe pe n e pe n o nge poon e n econ. The e hn e o E. epeen he epo on o he ng phoon en. Ech one o he e on he gh hn e epeen pecc conbon o h on. The e he ne gn o phoon poon n econ e o he ow o phoon. The econ e he o o phoon n e o coon bopon n ceng. The h e he gn o phoon n e o ceng. Fn he oh e he gn o phoon e o he gh oce. e now ene oe o he ne e o ecbe phoon npo.

Ang phoon en: ene ch h epeen he nbe o phoon n h e n econ whn on. The n o e - -. Phoon nce:. epeen he nbe o phoon eng pe n e pe n e pepenc o n nge o econ whn on. The n o e - - -. Phoon en:. The phoon en he nbe o phoon pe n oe. The n e -. Phoon ence e: E E. The phoon ence e ene he nbe o phoon eng pe n e pe n e pepenc o he econ o popgon oe econ. The n e - -. Phoon cen en o phoon :. The phoon eco h epeen he ne ow o phoon. I econ pon n he econ o he ne whe pe ge he ne nbe o phoon ne pe n e pe n e n h econ. The n o e - -. The boe enon cn be eene o ecbe n eneg ne o phoon nbe b epcng he wo phoon wh eneg n b nocng co hν n enon hν he eneg pe phoon whee h Pnck conn n ν he gh eenc. A copee noence o ne e n ec opc cn be on n Hee e. 99. Epnon o he Bonn eon n phec honc To oe gh popgon n hgh ceng e e o boogc e e o epn he ng phoon en he oce e n he phe ncon no phec honc Kenbch n Kchke 99; Bo 99; Age 999. The o-ce P ppoon o he Bonn eon ee Secon. be on ch n epnon. A e o he copeene pope o he phec honc n ncon hϕ wh cen conn popee cn be epne n he pce ee W 99: h ϕ h

whee h e coecen nepenen o n ϕ n he eonhp ong ϕ n n co ϕ n n ϕ co. Accong we epn n no phec honc oow:. We e h he phe ncon on epen on.e. on he cone o he ceng nge. We cn h epn n egene pono b ecng h ncon H whch econ conno ogehe wh ee n he ne [-] h he gene egene ee epeenon W 99: H H P. 5 whee P he egene pono o oe n H H P. We hen we: P * whee he epeon oow o he on heoe o phec honc W 99 ne P * /. Hee co P co co. B bng hee epeon no E. we obn: The neg n honc: *. 7 cn be cce ng he ohogon pope o he phec * δ. The BTE h becoe: δ [ ]. 6 8 We hen p h eon b * n nege oe o obn he eonhp beween he pecc coecen n n he coecen o he phec honc epnon o :

*. 9 The neg oe cn be ee b wng he n coponen o he eco n e o phec honc. Th cn be one b ng he ecence eon o he oce egene ncon The e he oowng: P. co n / / / / ϕ n n / / / / ϕ. co / / ng hee epeon o he n coponen o pobe o cce he neg ng he ohogon eon o phec honc. We n h he eonhp beween he pecc coecen n oe no noe he coecen o he phec honc epnon o b on conn wh nce ngng o - o n ngng o - o :

. / / / / / / The P ppoon The epnon o he BTE no phec honc h e o n nne e o eon wh nce ngng o o n ngng o - o. Tncon o he pce ee e o he o-ce P ppoon. The eon o h ne h he e n he nce pce ee conn whch cn be wen n e o he oce egene ncon whch n n cn be wen n e o he egene pono P. The eonhp e he oowng: P co!! / ϕ e P. / P P 5 5

The P ppoon We now cone he P ppoon whch oen e o ecbe phoon gon n e. In he P ppoon e o o. In he P ppoon E. e o eon. The o : > 6 he econ o -: 7 he h o : 8 n he oh o :. 9 The coecen n e ee o he phoon en n o he phoon epece. In c: nce o n / n: 6

. co n n co n * * * * ϕ ϕ The e o o eon 6-9 o he P ppoon e h een o he oowng wo eon one c n one eco:. The eco eon obne b cobnng E. 7 8 9 ccong o he oowng o eonhp: 7.8. / 7.9] [7.7 / 7.9] [7.7 / Fo he gene enon o he coecen we n h n e gen b: co co co co co P > < co co co co co co co P 5 whee n E. we he e he c h he ceng pobb noe ccong o he conon whch een o. Theeoe whee he ege cone o he ceng nge co co > < co. The oce e n E. n e o onopoe e phec ec n poe e epece. We w nce he wh he bo n epece. The n epeon o he P eon e: S S S 6. co S > < 7 7

The ece ceng coecen Eon 6 n 7 how h n he P ppoon n co on ppe n he e -<co>. In h econ we ge phc enng o h e on he b o n n epoe b Zccn e. 99. Sppoe h phoon ee he pon P n econ ẑ. Th phoon w be cee pon P e hng ee nce. Then w be cee pon P e hng ee nce n o on. In gene we ee o he ceng pon P n he n-h oe ceng. We wn o ene he ece ceng coecen he nee o he ege nce pojece ong he h he phoon h o e o oe eo o he n econ o popgon. In ohe wo / epeen he ege nce beween wh e eece oopc ceng een. In he eon o we negec he bopon o he e nce we e on neee n ceng popee. The pobb en g o eng nce who eng ceng een ene g e. The oe ceng occ P whoe ege coone e Zccn e ;. 99: < < >< > > g. The econ oe ceng occ n co ϕ n n ϕ P co. Snce ϕ e no c coee he ege e o he coone o P e Zccn e ;. 99: < < < >< >< >< >< n >< n > < >< co ϕ >< n ϕ >< co > > > < co >. The h oe ceng occ P whee: n co ϕ co co ϕ n n ϕ n ϕ co n co ϕ n co ϕ co n ϕ n n ϕ co ϕ co n n ϕ n co ϕ n co co. The ege e o he coone o P e Zccn e ;. 99: < >< > < > < co > < co >. 8 9 In gene he n-h oe o ceng he ege e o he coone o he ceng pon e Zccn e ;. 99: P n < < n n >< > n- k < co > > < co > > n k n < co 8

n whee we he e he e o he geoec ee k wh <. In he o k hgh nbe o ceng een n < >< > n < > /[ < co > ] ge he coone o he cene o e o he c phoon bon. In pc he coone < > cn be nepee he ege nce beween conece eece oopc ceng een n nee ene he ece ceng coecen : n < co >. In he ce o oopc ceng < co > n. In he ce o ow ceng < co > n. The P eon n he n on eon SDE We now ece he P ppoon o nge eon o he phoon en E. 7 we obn :. Fo D D D S S whee we he ene he on coecen D /[ ]. B bng h epeon o n E. 6 we ge: D D D S S. Fo E. 6 S. B bng h epeon n b engng he e we n ge he P eon o he phoon en: D D D S S S. D B kng ew pon whch e oen e n he ce o gh popgon n boogc e E. 6 ece o he n on eon SDE. The pon e he oowng: Song ceng ege o <<. Th conon en h phoon on he ege w nego n eece oopc ceng een beoe beng bobe. In h ce D / / << n he econ e on he gh hn e o E. 6 ece o / D /. 5 6 9

Te ce o he on o n S e ch gee hn he ege e beween coon /[ ]. Th conon cn be epee b he o ne: / << /D. Coneen: << D S << S. D In he eenc-on whee he honc e epenence gen b co ep-ω he e ee opeo becoe pcon b -ω. Hee ω he ng oon eenc o he nen oon whch ho no be cone wh he eenc o gh. Coneen h conon poe n ppe o he oon eenc gen b ω << /D. In he ce o boogc e he SDE bek own oon eence on he oe o GH Fhkn e. 996. The oce e oopc.e. S. 7 8 Wh hee pon he P eon E. 6 ece o he n on eon: D S n he phoon ee o he phoon en b Fck w: 9 D. In he eenc-on eon: whee k ω /D. / ω n he on eon ke he o o he Heho S k D Soon o he n on eon n he eenc-on The oon o he on eon o hoogeneo nne e connng honc oe pon oce o powe Pω gen b Bo e. 99: k P ω e ω. D The epc epeon o he ege phoon en DC n o he pe AC n phe Φ o he phoon-en we e Fhkn n Gon 99; Hke e. 99; Fnn e. 99: DC / / D PDC e D

AC / ω / / / D P ω e ω D / / / ω Φ ω D Φ 5 whee Φ he oce phe n n. Anc oon n he eenc-on he o been epoe o e-nne e Peon e. 99; Hke e. 99; Fnn e. 99 nne b Age e. 99 cnc n phec geoee Age e. 99. Eon 9 n ee o hoogeneo e. Fo ne e pecocop n oe one pc e h e e cocopc hoogeneo o h E. 9 n e ppcbe. B con opc gng o e eng he p bon o he e opc popee n E. 9 be genee o ccon o he p epenence o n D. Reeence: Age S. R. Opc oogph n ec gng Inee Pobe 5 R-R9 999. Age S. R.. Cope n D. T. Dep The Theoec B o he Deenon o Opc Phengh n Te: Tepo n Feenc An Ph. e. Bo. 7 5-56 99. Bo D. A. De Phoon Pobe o Sc n Dnc Popee o Tb e: Theo n Boec Appcon Ph.D. The Dep. o Phc ne o Pennn 996. Bo D. A.. A. O'e B. Chnce n A. G. oh Sceng o De Phoon Den We b Sphec Inhoogenee whn Tb e: Anc Soon n Appcon Poc.. Ac. Sc. SA 9 887-89 99. Ce K.. n Zwee P. F. ne Tnpo heo Aon-Wee Pbhng Copn Reng che Po Ao onon Don Ono 967. De.. n.. Hon ce Reco An We ew ok 976 p.. Fnn S.. A. Fncechn n E. Gon Se-Inne-Geoe Bon Pobe o gh gon n Hgh Sceng e: Feenc-Don S n he Don Appoon. Op. Soc. A. B 8-8 99. Fhkn. B. n E. Gon Popgon o Phoon-Den We n Song Sceng e Connng n Abobng Se-Inne Pne Bone b Sgh Ege. Op. Soc. A. A 7-99. Fhkn. B. S. Fnn.. neven n E. Gon Gghe Phoon Den We n Tb e: Theo n Epeen Ph. Re. E 5 7-9 996. Hnen. E. n T. D. gh ceng n pne ophee Spce Scence Reew 6 57-6 97. Hke R. C.. O. Sn T. T. T T. C. Feng. S. ca n B.. Tobeg Bon Conon o he Don Eon n Re Tne. Op. Soc. A. A 77-7 99. Hee F.. Peon. Pe n B. Won Recoene oence o Phc Qne n ec Appcon o gh AAP Repo o. 57 Aecn Ine o Phc Woob pp. -6 996. Ih A. We popgon n Sceng n Rno e Acec Pe ew ok Sn Fncco onon 978. /

Kenbch.-. n. Kchke Feenc- n Te-Don oeng o gh Tnpo n Rno e n ec Opc Toogph: Fncon Igng n onong Eo G.. e e. SPIE Bengh Whngon 99 pp. 65-86. Peon. S.. D. oon B. C. Won K. W. Ben n. R. kowc Feenc- Don Reecnce o he Deenon o he Sceng n Abopon Popee o Te App. Op. 7-76 99. W H. W. hec eho o Phc Aon-Wee Reng A 99 Chpe. Zccn G. E. Be P. Bcgon n Q. We Anc Reonhp o he Sc oen o Sceng Pon Coone o Phoon gon n Sceng e Pe App. Op. 897-95 99.