mass-transport-limiting

Mass transport deposits and gas hydrate occurrences in the Ulleung Basin,East Sea e Part 1:Mapping sedimentation patterns using seismic coherency

N.A.Scholz a ,M.Riedel a ,b ,*,J.-J.Bahk c ,D.-G.Yoo c ,B.-J.Ryu c

a

School of Earth and Ocean Science,University of Victoria,Canada

b

Natural Resources Canada,Geological Survey of Canada e Paci ?c,Sidney Subpision,9860West Saanich Road,Sidney,BC V8L4B2,Canada c

Korea Institute of Geoscience and Mineral Resources,KIGAM,Daejeon,Republic of Korea

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Article history:

Receiv

Public Transport What public transport is there where you live? Buses irregular double-decker reliable buses roll about taxies, mini buses nerve-racking trams tiring ferries fare Underground Metro subway Tube

MRT (mass rapid transit)

light rail train scooters trolleys monorail cramped jam-packed congested crowded overcrowded

Tips

? they're pretty regular for me

? during peak hour it's pretty irregular like sometimes 3 buses are cramped up one after the other

? There are buses also scooters. Lots of them are in the stree

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Transport Reviews

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Impact of information and communications technology on transport

David Banister a;Dominic Stead ba

The Bartlett School of Planning, Universi

交通展望

This article was downloaded by:On: 10 May 2010

Access details: Access Details: Free AccessPublisher Routledge

Informa Ltd Registered in England and Wales Registered Number: 1072954 Registered office: Mortimer House, 37-

41 Mortimer Street, London W1T 3JH, UK

Transport Reviews

Publication details, including instructions for authors and subscription information:/smpp/title~content=t713766937

Impact of information and communications technology on transport

David Banister a;Dominic Stead ba

The Bartlett School of Planning, Universi

CD-Player-DAC-Transport List

CD-Player-DAC-Transport List

CD-PLAYER

3D LAB MILLENIUM DAC ABBINGDON AMR CD-77 ABRAHAMSEN V1.0 CD ACCUPHASE DAC10 ACCUPHASE DAC20 ACCUPHASE DC-61 ACCUPHASE DC-81 ACCUPHASE DC-81L ACCUPHASE DC-91 ACCUPHASE DC-101 ACCUPHASE DC-330 ACCUPHASE DC-801 ACCUPHASE DP-11 ACCUPHASE DP-55 ACCUPHASE DP-55V ACCUPHASE DP-57 ACCUPHASE DP-60 ACCUPHASE DP-65 ACCUPHASE DP-65V ACCUPHASE DP-67 ACCUPHASE DP-70 ACCUPHASE DP-70V ACCUPHASE DP-75 ACCUPHASE DP-75V ACCUPHASE DP-77 ACCUPHASE DP-78 ACCUPHASE DP-80

DAC

AK439

On the Mass Eigenstate Purity of B^8 Solar Neutrinos

OntheMassEigenstatePurityof8BoronSolarNeutrinos1

StephenParke ,HiroshiNunokawa andRenataZukanovichFunchal arX

iv:hep-ph/0601208v1 25 Jan 2006TheoreticalPhysicsDepartment,FermiNationalAcceleratorLaboratory,P.O.Box500,Batavia,IL60510,USAemail:parke@fnal.gov DepartamentodeFísica,PontifíciaUniversidadeCatólicadoRiodeJaneiro,C.P.38071,22452-970,RiodeJaneiro,Brazilemail:nunokawa@ s.puc-rio.br InstitutodeFísica,UniversidadedeSãoPaulo,C.P.66.318,05315-970

Boiling_Condensation

C H A P T E R

Boiling and Condensation

10

Boiling_Condensation

654

Chapter 10

Boiling and Condensation

I

n this chapter we focus on convection processes associated with the change in phase of a uid. In particular, we consider processes that can occur at a solid–liquid or solid–vapor interface, namely, boiling and condensation. For these cases latent heat effects associated with the phase change are signi cant. The change from the liquid to the vapor state due to boiling is sustained by heat transfer from the sol

In this paper we study the possibility of probing for the absolute neutrino mass and its variation with short Gamma Ray Burst (GRB). We have calculated the flight time difference between a massive neutrino and a photon in two different approaches to mass v

TestingMassVaryingNeutrinoWithShortGammaRayBurst

InstituteofHighEnergyPhysics,ChineseAcademyofSciences,

P.O.Box918-4,Beijing100049,P.R.Chinaand

b

DepartmentofAstronomy,NanjingUniversity,Nanjing210093,P.R.China

Inthispaperwestudythepossibilityofprobingfortheabsoluteneutrinomassa

a r X i v :0802.0347v 1 [c o n d -m a t .m t r l -s c i ] 4 F e

b 2008

Self-organized transient facilitated atomic transport in Pt/Al(111)

P.S¨u le

Research Institute for Technical Physics and Material Science,

Konkoly Thege u.29-33,Budapest,Hungary,

sule@mfa.kfki.hu,mfa.kfki.hu/～sule,

(Dated:February 5,2008)

During the course of atomic transport in a host material,impurity atoms need to surmount an energy barrier driven by thermodynamic bias or at ultra-low temperatures by quantum tunneling.In the present article we demonstrate

We study the current produced in a Tomonaga-Luttinger liquid by an applied bias and by weak, point-like impurity potentials which are oscillating in time. We use bosonization to perturbatively calculate the current up to second order in the impurity potent

ChargetransportinaTomonaga-Luttingerliquid:e ectsofpumpingandbias

AmitAgarwalandDiptimanSen

CenterforHighEnergyPhysics,IndianInstituteofScience,Bangalore560012,India

(Dated:February6,2008)

Jul 2007

WestudythecurrentproducedinaTomonaga-Luttingerliquidbyanappliedbiasandbyweak,poi