光的

Many phytoplankton and autotroph absorb the DIN of the bottom water that decrease content of DIN in bottom water and change the fluxes of the DIN. And the activity of those phytoplankton and autotroph can even change the direction of DINS fluxes.

在有光的条件下，浮游藻类和一些光自养生物对沉积物水界面溶解态的营养盐的直接吸收，从而减少了上覆水中可与沉积物可交换的营养盐的含量；浮游植物的活动甚至有可能改变无机氮在沉积物水界面的扩散方向。

The current density of the un-pretreated sample attains 1.2mA/cm2,but the polished sample and polished acidly washed sample attain 3.2 and 2.75mA/cm2,respectively,at the electric field of 6.25V/μm.

在场强为6.25V/μm时，衬底未处理样品的电流密度为1.2mA/cm2，而衬底抛光的样品和衬底抛光又酸洗的样品的电流密度分别达到3.2和2.75mA/cm2。

Long period illumination could lower the activity of cytochrome oxidase in tissues, so that this enzyme activity in green leaves was much lower than that in etiolated leaves. The activity of isolated cytochrome oxidase, however, was not affected with light of varied intensities.

虽然光的长期作用能降低细胞色素氧化酶活性，使绿叶中该酶的活性大大低于黄化苗，但各种强度的光对提取的细胞色素氧化酶活性没有影响。

The aim of this study was to evaluate the impact of age and diabetes on the chest radiographs of these patients.

胸部X光是诊断肺结核重要的工具，然而病人的年龄及潜在疾病常常会影响其胸部X光的表现，而潜在疾病中又以糖尿病的影响最大。

The dimension of the color of an object by which the object appears to reflect or transmit more or less of the incident light, varying from black to white for surface colors and from black to colorless for transparent volume colors.

颜色的浅淡可以从物体对入射光的光亮反射或透射程度的多少来决定的光亮度，从变化上对于表面来说可从黑色到白色，对于透明色来说是从黑色到无色

When you have left the third Dimension after the Shift, the Light Beings will be the ones who will move you into the light-bodied system.

当你已经在转移之后离开第三度空间的时候，将会是那些光的存有移动你进入光的身体的系统

When you have left the third Dimension after the Shift, the Light Beings will be the ones who will move you into the light-bodied system.

当你已经在转移之后离开第三度空间的时候，将会是那些光的存有移动你进入光的身体的系统之内。

When you have left the third Dimension after the Shift, the Light Beings will be the ones who will move you into the light-bodied system.

当你已经在转移之後离开第三度空间的时候，将会是那些光的存有移动你进入光的身体的系统之内。

Can the quantum theory of light contain the classical electromagnetic theory of light?

由于我的理论与传统理论(光的量子理论能够包含光的经典电磁理论)直接冲突，一直受到学术界的压制。

Because of this, scientists assumed that if you measure the speed of light in different directions, you should get different speeds since the earth is in orbit around the sun. In 1895 Albert Michelson and Edward Morley performed this experiment and surprisingly, saw no difference in the speed of light for different directions.

因此，科学家们认为，因为地球是在围绕太阳运行，如果我们沿不同方向测量光的速度，将得到不同的结果。1895年，阿尔伯特·迈克尔逊和爱德华·莫雷进行了这个实验，并且出乎意料地末能发现光在不同方向的传播速度有任何的差异。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。