Gamma rays的例句大全

Still shorter than X 2 rays are gamma rays from radium.

比X线还要短的是镭的射线.

Annihilation can create gamma-rays or even new particle-antiparticle pairs.

湮灭能产生伽马射线甚至新的粒子 - 反粒子对.

Strictly speaking, it is not possible to absorb gamma rays completely.

严格来说, 不可能把γ射线全部吸收掉.

The radiation takes the form of high-frequency gamma rays.

这种辐射是以高频伽马射线的形式出现的.

In a vacuum, gamma rays travel in straight lines with the speed of light.

真空中, γ射线以光速沿直线前进.

A radioactive isotope of cobalt emits penetrating gamma rays that are used in radiation therapy.

曾有人建议用钴的另一种放射性同位素来制造钴弹,但从未发展.

Consequently, gamma rays will reach a particular target on the ground from many directions.

这样, γ射线必将从四面八方射达某一指定的地面目标.

High energy hot spots in the universe are revealed with gamma-rays, said Michelson.

他指出,通过探测伽玛射线, 科学家可以观测到宇宙中的高能辐射源.

When that jet meets surrounding gas or dust, it generates gamma rays.

当这种喷流遇到周围的气体或尘埃的时候, 伽马射线就产生了.

The instantaneous gamma rays are produced almost entirely before the weapon has completely blown apart.

瞬时γ射线差不多是在武器完全飞散之前就全部产生了.

Further, both gamma rays and neutrons can produce harmful effects in living organisms.

此外, r射线和中子都能损害生物组织.

Instead they would produce gamma rays, neutrinos and antimatter such as positrons and antiprotons, Gondolo said.

刚多罗说,暗恒星会发出伽马射线, 产生中微子以及象正电子和反质子之类的反物质.

Other forms of radiant energy familiar to us are radio waves, infrared rays, ultra-violet rays, X rays, and gamma rays.

我们熟悉的另外一些形式的辐射能是电磁波, 红外线 、 紫外线 、 X射线和伽玛射线.

As a result, there is less attenuation of the gamma rays from the fission products.

这样一来, 从裂变产物中发射出来的γ射线的减弱就要少一些.

To produce ( radioactivity, for example ) artificially by bombardment of a substance with neutrons, gamma rays, and other particles.

感生通过用中子流 、 r射线线和其它一些粒子流射向一个物质而产生 ( 例如,放射现象 )

Study on the effects of Gamma rays on p53 Transgenic mice

γ辐射对P53转基因鼠影响的研究

Study on measurement condition of the mass absorption coefficient for gamma-rays

γ射线质量吸收系数测量条件的研究

An overdose of gamma rays is like a vicious sunburn, with skin damage and elevated cancer risks, but those particles are too big to penetrate our skin, meaning that they need to be swallowed or inhaled to wreak damage.

过量暴露在γ射线中就好像恶性晒伤一样，会造成皮肤损伤并提高罹患癌症的风险，但由于粒子的体积太大，所以它们无法穿透我们的皮肤，也就是说这些粒子要被人类吞入或吸入才会造成损伤。

If a given mass and rate of annihilation results in more gamma rays than Fermi has actually seen, the physicists could rule out that combination of parameters.

如果测得的质量和频谱在伽马射线区域所占的比例比预期的结果要大，物理学家可以排除一定的结果。