I do not believe, however, that this is normal, since in the wild, young with such a large yolk sac probably would not survive without parental protection.
我不相信，不过，这是正常的，因为在野生环境年纪这么大的卵黄囊，也许就不会生存父母的保护。
The mature embryo sac was one with five nucleus, i. e., egg apparatus and two-nucleus central cell.
成熟的胚囊是五核胚囊：由近珠孔端的卵细胞和两个助细胞以及两个中央极核细胞构成的。
Park is a secret tree-lined cul-de-sac, and I found that the partners together.
公园里有一条秘密的林荫小路，是我和伙伴们一起发现的。
Once, when I stand on de-sac and sidewalks where the transfer time to stop and rest, head from the top of a weak but clear voice.
曾经，当我站在小路和人行道交接的地方停下来休息的时候，头顶上方传来一个微弱但清晰的声音。
Now, you would see I-SAC controller will be the only choice if you want to design a very high performance servo corollary.
现在，你会看到我，国资委控制器将是唯一的选择，如果你想设计一个高性能的伺服的必然结果。
On the other hand, I-SAC sees almost no change of controlled performance due to its automatic adaptive control structure installed inside.
另一方面，我，国资委认为几乎控制性能，由于它的自动自适应控制结构内的变化没有安装。
Shortened settling time by I-SAC controller and realized utmost performance that was impossible by conventional servo controllers due to their poor versatility.
缩短了我，国资委控制器，实现了由传统的伺服控制器由于其通用性差最大的性能，是不可能解决的时间。
While any PID control has an overshoot and reaching the target with vibrating mode, "I-SAC" is realizing smooth and fast response due to its proprietary high-gain feed-back.
虽然任何PID控制有过冲和深远的振动模式与目标，“我的死胡同”，是实现平稳和快速响应，由于其专有的高增益反馈。
If you wish a more high-ended performance, why not try our I-SAC control system!
如果你想一个较高端的性能，为什么不尝试一下我们的i -国资委控制系统！
I-SAC servo controller is the one that completely surpasses conventional classical control theory represented by PID.
一至国资委伺服控制器是一个完全超越了传统的经典控制理论的PID代表。
I have four daughters under the age of 10. We live on a quiet suburban cul-de-sac, which we value as a safe place to raise our family.
我有四个年龄小于十岁的女儿，我们住在一个比较清静的郊区，那里被我们认为是一个养护家庭的安全之地。
It took over 1 minute for transferring in the conventional system; I-SAC used pneumatic servo system could shorten the time to approx. 15 seconds only.
它接管了1分钟，在传统系统转让的，我的死胡同采用气动伺服系统可以缩短时间approx .15秒只。
It took over 1 minute for transferring in the conventional system; I-SAC used pneumatic servo system could shorten the time to approx. 15 seconds only.
它接管了1分钟，在传统系统转让的，我的死胡同采用气动伺服系统可以缩短时间approx .15秒只。
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