1)  take turns
有序轮候
1.
Methods The patients were asked to take turns for their infusion.
方法有序轮候;特殊情况特殊处理。
2)  Orderly
有序
1.
Paths and methods of expanding farmers orderly political participation;
扩大农民有序政治参与的路径与方法
2.
In many applications, a document need to be signed by multiple signatories orderly.
提出了基于RSA和离散对数的有序多重签名方案,允许任意个数的人按顺序对同一文档签名并将它保密地发送给接收者。
3.
After a brief presentation about the main reasons and results of "city disease" that caused by increasing development of urbanization, the paper take an emphasis on the analysis of population expanding, which is one of the reasons of "city disease", and finally give some advice on forming orderly influx of rural labor that may reduce the negat.
本文在简要介绍世界城镇化过程中"城市病"的主要表现和形成的原因之后,对造成我国"城市病"的原因之一——人口膨胀进行了重点分析,并就解决人口膨胀带来的负面影响,形成农村劳动力向城市流入的有序性提出了几点建议。
3)  ordered
有序
1.
Preparation of ordered submicron Mn_xO_y by low-temperature neutralization method in 10T superconducting magnetic field;
10T超导强磁场下低温中和法制备有序亚微米Mn_xO_y的研究
2.
Photoluminescence Spectra of Disordered and Ordered GaInP 2;
无序和有序GaInP_2的光致发光谱
4)  order
有序
1.
The synthesis of ZnO nanorods from out-of-order to order;
从无序到有序ZnO纳米棒的制备
2.
Influences of Order and Disorder of Relaxor Ferroelectric Ceramics on Phase Relation and Dielectric Properties;
弛豫铁电陶瓷有序-无序结构对其相组成和介电性能的影响
3.
Order from Noise:Unsupervised Learning and Dreaming;
从噪声产生有序的原理:非指导性的学习和做梦
5)  ordering
有序
1.
Its ordering is the guarantee of orderly activities,obeyed government order and high efficient management.
其运作有序,就能保证活动井然,政令畅通,高效运转。
2.
An improvement of the degree of 1∶2 ordering and sinterability was found in Ba-deficient Ba(Mg1/3Nb2/3)O3 because there existed Ba vacancies.
结果表明,Ba缺量可促进Ba(Mg1/3Nb2/3)O3烧结和B位1∶2有序,而Ba过量则阻碍Ba(Mg1/3Nb2/3)O3烧结和B位1∶2有序。
6)  sequential
有序
1.
An improved structured multisignature scheme of both sequential and broadcasting algorithms;
一种改进的有序与广播方式相结合的结构化多重签名
2.
New sequential multi-signature scheme based on discrete logarithm problem;
一个新的离散对数有序多重签名方案
3.
All the existed sequential digital multi-signature schemes use Hash and Redundancy functions,so it will take a risk of using Hash functions and Redundancy functions.
现有的有序多重数字签名方案都使用了Hash函数和消息冗余函数,这必将承受由Hash函数和消息冗余函数带来的安全威胁。
参考词条
补充资料:梵轮法轮同异
【梵轮法轮同异】
 (术语)智度论二十五曰:“问曰:佛或时名法轮,或时名梵轮,有何等异?答曰:说梵轮法轮无异。复次,有人言:说梵轮者,现四无量心,说法轮者,示四谛法。复次,梵轮因四无量心得道,是名梵轮,依余法得道,是名法轮。梵轮示四禅,法轮示三十七品。梵轮示修禅定圣道,法轮示修智慧圣道。”
说明:补充资料仅用于学习参考,请勿用于其它任何用途。