| 1. | Fct forwarding agent s certificate of transport
货运代理行领货证 |
| 2. | Fct fan control temperature
风扇控制温度 |
| 3. | 3 years smt working experience with minimum 1 year of ict or fct and debug experience
3年以上smt行业工作经验且至少具备1年在线测试或者功能测试以及调试分析工作经验。 |
| 4. | Ii . hc and mr / ms rise with the extension of time , which also because the fcc texture changes into fct texture
（二）随着热处理时间的延长，矫顽力和剩磁比显示出与（ l ）相同的变化趋势，其解释也是同样的。 |
| 5. | By using x - ray diffraction ( xrd ) and vibrating - sample magnetometer ( vsm ) we find about 260 c is the critical temperature to complete the transformation of ordered anti - ferromagnetic fct phase
通过x光衍射和振动样品磁强计测量我们发现260大体上仍然是形成反铁磁相的临界温度。 |
| 6. | Founded in 1984 , fct has grown from a single chicago based office into an international organization with principal offices in chicago , singapore , london and gibraltar
创办于1984年, fct从一个单一的芝加哥办公室成长为一个国际性机构，其总部分别位于芝加哥，新加坡，伦敦和直布罗陀。 |
| 7. | After depicting the design and accomplishment of file management and debugger in detail , the conceptions of the file control table ( fct ) and the source file library ( sfl ) are proposed
再次，详细说明了文件管理和调试器的设计与实现，提出了文件控制表( fct )和源文件库( sfl )的概念。 |
| 8. | I . hc is greatly improved from several oe to nine thousands oe with the rise of annealing temprature , but mr / ms decreases , which mainly because fcc texture changes into fct texture
热处理温度在600 850的范围内，随着的温度的升高剩磁比稍有降低，主要原因是晶相结构的形成和fcc相到fct相的转变。 |
| 9. | That is to say , in order to achieve transformation from nonmagnetic fcc phase structure to fct state with strong anti - ferromagnetism , a high post - deposition temperature ( about 260 c ) anneal must be performed
也就是说，为了使其从非磁fcc相转变为具有强反铁磁的fct相结构，需要大约260的高温退火才能实现。 |
| 10. | In chapter 3 , the non - linear equation was linearized with the jacobi matrix , and then the linearized equation was transformed into fixed frame to analyze the stability problem with eigenvalue method ( on - ground or hovering ) or floquet theory ( forward flight ) . meanwhile , the equation was perturbed by sweep frequency excitation from steady state to get transit decay of lag response which was then transformed into fixed frame with a numerical fourier coordination transformation ( fct ) . the fixed frame response along with the body response was analyzed via an fft to determine modal frequencies
然后,在稳态响应的基础上利用雅各比矩阵对非线性方程进行了线化,线化后的方程利用多桨叶坐标变换转换到固定系下后,利用直接特征值分析(地面、悬停)或floquet理论(前飞)对系统进行了稳定性分析;同时,对系统进行了瞬态响应分析;在系统达到稳态的基础上进行扫频激励,用fft变换求得系统频率,进而用移动矩形窗方法分析得到系统的阻尼。 |
