尝试选择hr . rb的employee类中的所有方法的折叠点。
Try selecting the fold points for all the methods in the Employee class in hr.rb.
在电压稳定分析中，静态电压稳定临界点一般对应潮流方程的简单折叠点。
In voltage stability analysis, the critical points of static voltage stability usually correspond to simple fold points of power flow equations.
如果选择employee类的所有方法的折叠点，则应当会看到类似图3所示的内容。
If you selected all the method fold points for the Employee class, you should see something like Figure 3.
每次选择队首顶点向其折叠点合并，并且更新队列中受影响的顶点信息，再对队列重新排序。
The top vertex in the queue was to be folded first and updated the vertices which were affected, then the queue was sorted again.
选择减号可以折叠位于该点的代码。
因此，推测钙网蛋白不会改变蛋白质的折叠，而是在恰当的时间点调节有效折叠和亚基组装。
As such, calreticulin presumably does not alter protein folding but regulates proper timing for efficient folding and subunit assembly.
HP格点模型是研究蛋白质折叠的一种重要的简化模型。
The HP Lattice model is an important simplified model in research protein folding.
通过对27类蛋白质折叠子的统计分析，发现位点氨基酸及氨基酸二肽组分可以在一定程度上反映蛋白质折叠子信息。
Through statistical analysis for 27-class protein folds, it is found that compositions of position amino acid and of amino dipeptide can afford some information about protein folds.
采用该方法对静不定动不定折叠体系进行了求解，确定了铰接式折叠结构的运动分歧点并求解了其高阶相容方程。
With this method the structural analysis of static and kinematic indeterminate foldable systems is conducted and the kinematic bifurcation points of pin-connected foldable structures along motion pat.
由于本文的研究采用格点模型模拟方法，为了选取一种合适的折叠模式，本文比较了两种折叠模式的热力学和动力学性质。
In order to select one for the following simulation, the thermodynamic and kinetic properties of a lattice protein model by using the two move sets were calculated and compared.
利用HP格点模型，我们考虑处在类二级结构元中的接触对具有更低的能量来研究二级结构对折叠的影响。
We study the effect of secondary structural elements by considering much lower pair contact energy in secondary structure like elements with HP lattice model.
再一次检查液压管及接头等处是否有泄漏，液压管在接点、折叠架停止点等地方是否有扭曲的现象。
Make sure no one is under the wings during the unfolding process. Check again for hydraulic leaks and watch that hoses do not get pinched in hinges, wings stops, etc.
比较两组患者的置管意外(导管折叠、脱出和阻塞)发生率、穿刺点渗血情况和置管时间。
Comparisons were conducted on the catheter bending rate, dislocation rate, obstruction rate, oozing of puncture point and catheter insertion time.
比较两组患者的置管意外(导管折叠、脱出和阻塞)发生率、穿刺点渗血情况和置管时间。
Comparisons were conducted on the catheter bending rate, dislocation rate, obstruction rate, oozing of puncture point and catheter insertion time.
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