冯策－门二氏试验英文解释翻译、冯策－门二氏试验的近义词、反义词、例句
英语翻译：
【医】 von Zeynek-Mencki's test
分词翻译：
冯的英语翻译：
【计】 Von; Von Neumann architecture; Von Neumann computer
Von Neumann language; Von Neumann machine
Von Neumann programming model; Von Neumann style
策的英语翻译：
plan; whip
门的英语翻译：
class; door; gate; gateway; ostium; phylum; school
【计】 gate
【医】 binary division; hili; hilum; hilus; phylum; pore; Pori; porta; portae
portal; porus; pyla
【经】 portal
二的英语翻译：
twin; two
【计】 binary-coded decimal; binary-coded decimal character code
binary-to-decimal conversion; binary-to-hexadecimal conversion
【医】 bi-; bis-; di-; duo-
氏的英语翻译：
family name; surname
试验的英语翻译：
experiment; test; try; try on; try out; examination; experimentation; trial
trial run
【计】 breadboarding
【医】 probation; test; tria
【经】 test; trial
网络扩展解释
冯策－门二氏试验
冯策－门二氏试验，也称为冯门实验或门二氏实验。是对光电效应的研究，这个试验以中国科学家冯如和美国科学家罗伯特·安德鲁·门为名。
中文拼音
féng cè-mén èr shì shìyàn
英语解释翻译
The Franck-Hertz experiment, also known as the Franck-Hertz-Meek experiment, is an important experimental proof for the theory of quantum mechanics. It was conducted in 1914 by German physicists James Franck and Gustav Hertz.
英文读音
fræŋk hɜːrts eks'perɪmənt
英文用法
The Franck-Hertz experiment demonstrated that atoms can absorb energy only in discrete amounts and provided evidence for the quantum theory of energy levels in atoms.
英文例句
Scientists conducted the Franck-Hertz experiment to better understand the behavior of atoms and electrons.
Research papers often reference the Franck-Hertz experiment as a seminal work in the field of quantum mechanics.
英文近义词
Meek-Gilbert experiment: a variant of the Franck-Hertz experiment
Townsend discharge: another experiment that demonstrates the quantum nature of atoms and electrons
英文反义词
Classical mechanics: the theory that describes the behavior of macroscopic objects, as opposed to the quantum theory that describes the behavior of atoms and subatomic particles
英文单词常用度
The term "Franck-Hertz experiment" is not commonly used outside of scientific or academic discussions, but it is an important concept in the field of quantum mechanics.