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标题:My opinion about 1%inspiration and 99% perspiration
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浏览:57 评论:0 |
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Several days ago, I saw some blog articles about which one is more important, 1% inspiration or 99% perspiration. In my personal point of view, this question can not be answered in this way. Instead, it should be depended on which state you are in. In my previous blog article named From Muggle to Wizard(http://www.sciencenet.cn/m/user_content.aspx?id=356644), I have devided the whole period for a fledging student to be an extrodinary scientist into two parts.
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本文引用地址:http://sciencetimes.com.cn/m/user_content.aspx?id=359750 |
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标题:FROM MUGGLE TO WIZARD/WITCH
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浏览:172 评论:1 |
Not every person is born with magic power like Harry Potter. So, every muggle wants to be a wizard should make great effort on training and exercise. For example, in Hogwarts, students not only need to learn dozens of charms, such as:Wingardium Leviosa, Serpensortia, Expelliarmus, etc,[1] but other courses like flying skills, apparition, etc.[2] However, if a wizard/witch wants to be an extrodinary wizard/witch, it is more difficult than a muggle to be a wizard/witch. Because for nearly all the wizards/ witches, such transformation is not merely determined by how many charms you know, how many skills you grasp. Instead, it depends on your talent,your inspiration, and your persistance as well. Consequently, not all the wizards/ witches are extrodinary wizards/ witches, even though they have solid magic power.
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本文引用地址:http://sciencetimes.com.cn/m/user_content.aspx?id=356644 |
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标题:又是一年选课时
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浏览:151 评论:0 |
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These days, freshmen admitted by TUT have arrived at Tampere. And this week is orientation week, in which the students should also complete choosing the courses. Once again, I remembered that I had written a blog article about the courses of European MS.c.(http://www.sciencenet.cn/m/user_content.aspx?id=298586). Now after the whole year's studying, I realized that what was presented in the previous article was not obsolutely right. Actually, my opinion stated in the previous article is suitable for the Engineering and some applied science subjects, but does not suit the theoretical subjects.
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本文引用地址:http://sciencetimes.com.cn/m/user_content.aspx?id=355783 |
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标题:《Big Bang Theory》S3E22中Sheldon新座位理论
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浏览:574 评论:1 |
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我发现S3E22中Sheldon的座位理论变化了呢。下面是我听到的新 的座位理论(由于youtube上没字幕,不知道有没听错~) The seat is ideally located. Both are related to the heat source in the winter and cross-breezes in the summer. It also faces the television at a directional angle, allow me to amerce(要是没听错的话,这个词用得真是。。。不愧是Caltech牛人) myself to entertainment and game play, where I will be suggected to conversation. As a result, I placed the state to be tunnel dibs.
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本文引用地址:http://sciencetimes.com.cn/m/user_content.aspx?id=327468 |
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标题:Introduction of Electron Beam Induced Deposition(EBID)
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浏览:697 评论:1 |
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本文引用地址:http://sciencetimes.com.cn/m/user_content.aspx?id=318310 |
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标题:Introduction of Cleanroom
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浏览:611 评论:0 |
Cleanroom (Fig. 1) is a room where the amount of particles in the air is controlled, and which is constructed and used in such a way as to minimize the entrance, generation and remaining of particles inside the room.
The air that enters into a cleanroom, is filtered through High Efficiency Particulate Air (HEPA) filters to exclude dust. In advanced cleanrooms part of the air is recirculated to make it even cleaner. Usually cleanrooms are kept at a higher air pressure so that if there are any leaks, the air leaks out of the room instead of unfiltered air coming in.
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本文引用地址:http://sciencetimes.com.cn/m/user_content.aspx?id=310835 |
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标题:The Direction of Development in Hydraulic Power
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浏览:630 评论:0 |
As most experts in the area of hydraulic power said that breakthrough will not occur in hydraulic power area. Nevertheless, some modification and improvement should be made based on the technology that has been available now. In my personal view, the hydraulic power has several most potentional direction in the near future as follows.
First of all, the hydraulic system should be developed to be a system with lower power consumption. I think it is also the most potentional direction in all areas. To achieve this goal, the following problems should be solved first. Firstly, to reduce the power loss, the inner pressure losses of hydraulic components and system should be decreased. Secondly, reduce or eliminate the throttling loss, avoiding of modifying flow rate by using throttle. Thirdly, through using the hydrostatic technique and advanced packaging material, reduce the effect
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本文引用地址:http://sciencetimes.com.cn/m/user_content.aspx?id=308500 |
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