Environmental Engineering Reference
In-Depth Information
1
Introduction
TaehoWoo
CONTENTS
1.1. Background..................................................................................................... 1
1.2. Basic.Theory.................................................................................................... 1
1.3. Methods........................................................................................................... 5
References................................................................................................................. 9
1.1 Background
Nanoscale.technology.is.applied.in.the.nuclear.industry.from.power.produc-
tion.to.inancial.and.safeguard.management.including.risk.analysis..A.new.
kind.of.nonlinear.algorithm.is.introduced.that.can.be.used.in.determining.
the.radiation.dispersion.for.the.Chernobyl.accident.as.well.as.in.risk.man-
agement..This.involves.statistical.manipulations.of.the.nuclear.interactions..
Even.the.hardware.for.the.electronics.in.radiation.measurement.is.classiied.
in.the.nanotechnology.(NT).ield.in.atomic.technology..Table 1.1.classiies.the.
content.in.this.topic.by.section.and.topic..Figure.1.1.shows.the.conigurations.
of.the.topics.in.atomic.nanoscale.technology.
1.2 BasicTheory
The.fundamental.equations.are.described..The.mechanics.of.the.governing.
equations.are.momentum,.continuity,.and.energy..These.equations.are.used.
in.thermodynamics.science.and.engineering.applications..The.conventional.
equations.in.solving.these.design.problems.are.imported.into.nanoscale.sci-
ence. and. engineering.. It,. however,. is. an. important. point. to. ind. the. appli-
cable. characteristics. in. the. real. applications.. It. is. also. necessary. to. modify.
the.suitable.apparatus.to.it.a.situation.
For. the. momentum. equation. and. continuity. equation,. the. Navier-Stokes.
equations.are.below..For.the.case.of.an.incompressible.Newtonian.luid,
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