反之亦然

Simply stated: A loupe with a longer working distance, will have a larger depth of field, and vice versa.

景深的大小直接和工作距离相联系，简单的说：手术放大镜的工作距离越长，景深就越大，反之亦然。

Simply stated: A loupe with a longer working distance, will have a larger field of view, and vice versa.

视场的大小直接和工作距离相联系，简单的说：手术放大镜的工作距离越长，视场范围就越大，反之亦然。

Simply stated: A loupe with a lower magnification factor, will have a larger depth of field, and vice versa.

景深的大小和放大倍率也有联系，简单的说：手术放大镜的放大倍率越小，景深就越大，反之亦然。

Simply stated: A loupe with a lower magnification factor, will have a larger field of view, and vice versa.

视场的大小和放大倍率也有联系，简单的说：手术放大镜的放大倍率越小，视场范围就越大，反之亦然。

However, it is unclear whether AAD increases the risk of MD or vice versa.

然而，目前还不清楚AAD是否增加MD的危险性或反之亦然。

Also, calculate the distance of a line, calculate the mid point of a line, calculate the mid point of an arc, convert radians to degrees and vice versa, send characters to the AutoCAD command prompt, add single and multiple-line text to a drawing, add a new layer, calculate the slope and angle of a line, switch to model and paper space, check for existence of a block, see if a block has attributes, search and replace block attributes/single-line text/multiple-line text, count/erase/highlight/de-highlight specified number of a specified object, etc, etc. Doing each function with straight Visual Basic would require several lines of code, but with CAD.OCX only a minimal amount of code is required!

此外，计算出的距离为限，计算中的点线，计算中点的一个弧形的，转换成弧度，以度，反之亦然，送字给AutoCAD命令提示中，增加了单剂量和多行文本，一绘画中，增加一个新层，计算出坡度和角度的一条线，开关，以模型和图纸空间，检查是否存在著一个座，看有没有座了属性，搜索和替换块属性/单线text/multiple-行文本，计数/擦除/高/解突出指定数量的指定对象，等，等做了每个函数与直Visual Basic中，将需要几行代码，但与cad.ocx只有极小量的代码需要！

And vice versa. The basic reason is simple to understand the moral and common sense often is our life.

反之亦然。基本的道德之理总是简单明白的，往往就是我们的生活常识。

Single part messages might claim to be multipart, and vice versa.

单部分邮件可能会声称自己是多，反之亦然。

Results show that floes' VC and D at the surface water were closely related to current velocity; and the peaks of VC lag those of the current velocity. The lag variation during ebb and flood tides is 10-30min and 30-50 min, respectively. Current velocity at 50 cm/s is a turning point of D vs. vertical average current velocity, before the point, Dm increases with current velocity, and decreases after the point. Similarly, VC at 75μl/L becomes a critical point in the surface water, below the point, D increases with VC, and above the point, D stabilizes.Δp is D dependent, larger floes have much lower Δp than smaller floes. Both D and Δp of floes affect ω. In the surface water during spring tide and neap tide, a power exponent relationship exists between Δp and D, and ω and D.

研究表明：①长江口徐六泾表层絮凝体体积浓度主要受水流流速影响，再悬浮现象明显，体积浓度过程线滞后流速过程线，落潮期间滞后10-30min，涨潮则滞后30-50min；②小于一定流速时絮凝体平均粒径随流速增大而增大，大于一定流速时絮凝体平均粒径则随流速增大而减小，徐六泾夫、小潮表层絮凝体在50cm/s的垂线平均流速时出现平均粒径与垂线平均流速关系的转折；③徐六注大、小潮表层絮凝体平均粒径在体积浓度75μl/L时出现平均粒径与体积浓度关系的转折，体积浓度小于75μl/L时粒径随体积浓度增加而增大，超过75μl/L时粒径随体积浓度的增加变化不明显；④絮凝体有效密度由粒径大小控制，粒径大，有效密度小，反之亦然，粒径和有效密度共同决定絮凝体静水沉速，有效密度和沉速与平均粒径之间均存在良好的幂指数关系。

Second, the morphology of martensitic variant of each orientation turns from thin to thick oblate spheroid, which corresponds to the parallel motion of the yield surfaces for different orientations in subsequent yielding. But when grains of each orientation have turned into martensitic phase, the corresponding forward transformation plastic yield surfaces vanish and vice versa.

二是每个取向的马氏体变体形貌从薄的扁旋转椭球体到厚旋转椭球体的长厚过程，对应于每个取向的相变塑性屈服面在后继屈服中平行移动，但当该取向的晶粒全部转变为马氏体后，所对应的正向相变塑性屈服面消失，反之亦然。

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。