时间:2018-12-09 作者:英语课 分类:麻省理工学院公开课:振动与波


英语课

分集介绍:本节课主要对物理学中电磁波的干涉现象进行了详细讲述,具体解释了干涉的两种分类,即相长干涉和相消干涉。此外,以光波为实例,让同学们直观地感受到干涉现象的美妙之处,其中涉及到多个演示实验,包括双缝干涉,薄膜干涉,劈尖干涉,牛顿环等。












标签: 振动 公开课
学英语单词
acoustic mismatch
activated-sludge effluent
adverbial case
air fuel ratio
anaphylodiagnosis
barium bisulfate
batch sample
be book
bicarboxylic acid cycle
Bolotnoye
bunted
chaperons
chattel real
coal-tar primer
combination logging instrument
consumer farm products
criterional
crossmodally
cut the pack
debromoaplysiatoxin
dense gneiss
detail condition
dextral displacement
dihydropyrans
diktyomas
display to
distilled mustard gas
douglas hemlock
eesi
effective isotropic radiated power dbw contour map
electron energy loss spectroscopy
enpowder
Entoconchidae
family alaudidaes
FIGR
flat lacquer
follow sth up with sth
foreign liquid assets
four phase single stage torque converter
fully controlled bridge
Glosset
good as wheat
hair-tailed moles
heat-resistant wire
hedonistic
human existence
humo ferric podzol
income and expense summary account
interactive simulator
interprocedural data-flow analysis
lactated
leucvorin
ligand-transfer reaction
limiting viscosity
lock banking stop
London School of Economics
make merit with
microsurgical technique
military economics
model-maker
morwong
MPS (mathematical programming system)
multiparameter
n-butylpyrrolioine
non-polarizing electrode
on exhibit
over one's dead body
parapsoriasis en plaques
Picardians
piloerector
prenticing
printing position
production operational capability
push tug boat
radiogeochemistry
Razgon
relative humidity adjustment range
retroperitoneal pneumography
Richard Coeur de Lion
Rondinha
schedule outage rate
scraper equipment
self aligning spherical rolling bearing
sludge box
solid state transformation
St-Aigulin
stepwise multiple regression analysis
sympathetic consideration
tangential cutter
tetralogies of fallot
to come across
Torstein
touchdown zone lights
Vesoul
Vitino
volumetric dilatation
warm-up jacket
weighted residue
Whack it Off
wilderness environment system
wind power plant
Yoshitaka