| 1. | An upper bound for the number of normalized latin square
关于规范型拉丁方个数的上界
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| 2. | Orthogoanl latin square based in m carry system number
进制数的正交拉丁方
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| 3. | A method of constructing mutually orthogonal latin square of order 4t
阶正交拉丁方的构造方法
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| 4. | Latin square analysis
拉丁方分析
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| 5. | Graeco - latin square
希腊拉丁方
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| 6. | Latin square design
拉丁方设计
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| 7. | Noticing that the latin square can be listed in a particular order , we can follow this order to search for all the latin squares
针对拉丁方具有位序的特性，我们提出了利用位序法求找拉丁方。
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| 8. | Clearly , the answer has to be smaller than the number of latin squares because of the added constraints imposed by the subgrids
显然答案肯定比拉丁方阵的解来得少，因为数独多了各宫限制的条件。
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| 9. | We present a parallel algorithm of searching standard latin square and develop its parallel program using mpibd . the experimental results are also given
我们给出了一个求找标准拉丁方的并行算法，编写了对应的mpibd并行程序，给出了实际运行结果。
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| 10. | Silver iodide nano - powder has been produced by salt of silver and iodide in an alcohol solvent . the optimal conditions of the process has been studied by latin square experiments
摘要乙醇中采用银盐和碘化物制备碘化银纳米微粉。用拉丁方格实验法确定合成过程中的适宜条件。
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