antiparticle造句
例句與造句
- This sister particle is usually called an antiparticle .
姐妹粒子通常稱為反粒子。 - A horizontal bar over a particle symbol is used to designate the antiparticle .
粒子符號上加一橫，用來表示反粒子。 the antiparticle of the π°is indistinguishable from the π°. 介子的反粒子同本身是無法區(qū)分的。 - This property, often called "helicity," serves to differentiate the neutrino from its antiparticle .
這種性質(zhì)通常稱為“螺旋性”，可以用來區(qū)分中微子和它的反粒子。 - The particle can also fail to mirror its antiparticle ( cpt violations )
粒子也可能不再是反粒子的鏡像（ cpt違逆） 。 - It's difficult to find antiparticle in a sentence. 用antiparticle造句挺難的
- According to the theory , matter can only be created in particle - antiparticle pairs
依照理論，物質(zhì)只能在粒子-反粒子對中產(chǎn)生。 - Similarly the positively charged proton has a negatively charged antiparticle , the antiproton
同樣的，帶正電荷的質(zhì)子具有其帶負(fù)電荷的反粒子?即反質(zhì)子。 - By random chance , a particle - antiparticle pair can flit into existence straddling the event horizon
跨越事件視界時(shí)，一對粒子-反粒子對能夠以某種隨機(jī)性產(chǎn)生。 - This property , often called " helicity , " serves to differentiate the neutrino from its antiparticle
這種性質(zhì)通常稱為“螺旋性” ，可以用來區(qū)分中微子和它的反粒子。 - The electron , for example , has negative charge , whilst its antiparticle , called the positron , has positive charge
舉例說明，比如電子帶負(fù)電荷，同時(shí)，它的反粒子被稱作正電子?帶有正電荷。 - Each anyon pair is rather like a particle and its corresponding antiparticle , created out of pure energy
（見66頁拓?fù)淞孔佑?jì)算的原理）每一對任意子就如同一個(gè)粒子與其反粒子，是純粹由能量所創(chuàng)造出來的。 - The symbol used to denote an antiparticle is the same symbol used to denote its normal matter counterpart , but with an overstrike
過去常用于表示一個(gè)反粒子的符號是以用來表示它的常態(tài)物質(zhì)版本的相同符號,僅有少許不同。 - When matter and antimatter meet , they " annihilate " ( mutually destroy ) , and their energy reappears as photons or other particle - antiparticle pairs
當(dāng)物質(zhì)和反物質(zhì)相遇時(shí)，它們就會泯滅（相互消滅） ，然后它們的能量會以光子或粒子?反粒子形式再次出現(xiàn)。 - This parper exptores the interaction force of antimatters , and gives the four types interaction force and its intensity through comparison of the particles with antiparticles
探討了反物質(zhì)的基本作用力場，并取得了正、反粒子系統(tǒng)4種作用力及其強(qiáng)度的比較結(jié)果。 - Matter and antimatter are perfect opposites ; for each of the basic particles of matter , there exists an antiparticle , in which properties such as the electric charge are reversed
物質(zhì)和反物質(zhì)是理想的對立事物；對于每一種基本物質(zhì)粒子而言，存在一種反粒子，它具有象電荷顛倒那樣的特性。
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