1) Xiang Shengmo Fanghezhou Tu Zhou
项圣谟《放鹤洲图》轴
2) Xiang Shengmo
项圣谟
1.
Xiang Shengmo is a noticeable artist in the field of painting during the period of the end of Ming Dynasty and the beginning of Qing Dynasty.
在明末清初的中国画坛上，项圣谟是一个非常值得注意的人物。
3) Xiɑng Shengmo
项圣谟(1597～1658)
4) Bian Jingzhao Zhuhetu Zhou
边景昭《竹鹤图》轴
5) nomogram
[英]['nɔməgræm] [美]['nɑmə,græm]
诺谟图
1.
On the bases of average sky model,this paper develops a set of day lighting nomograms which can be used to the skies in the average sky and also considers the effect of the sun on skylight and the effect of the wall space on daylightin
本文在平均天空模式基础上,研制出既反映太阳对天空散射光的影响又考虑了墙厚影响的适合于多种天空类型的采光诺谟图。
6) nomograph
[英]['nɔməgrɑ:f] [美]['nɑmə,grɑf]
诺谟图
1.
Various methods for analysis of integral structure of pile foundation are discussed, and effective equivalent formulations, together with the largest internal force list and reinforcement nomograph of pile shaft, of the second-order stepped variable section post and Π type double posts are thus given.
就桩基础在整体结构分析中的各种处理方法进行了讨论，提供了行之有效的二阶阶梯变截面杆等效公式与双杆Π形等效公式，给出了桩身最大内力图表与配筋诺谟
2.
The results showed that purple soil has the highest soil erodibility factor K,while soils derived from Quaternary red clay have the lowest ,the erodibility factor K of seven repre-sentative soil types was also estimated by nomograph method,but great difference existed betweenthe values estimated and measured by rainfall simulator.
用人工模拟降雨仪研究了我国亚热带７种有代表性土壤的可蚀性，结果表明土壤可蚀性因子Ｋ值以紫色土最高，第四纪红色粘土发育的土类最低，该文还用诺谟方法估算了土壤可蚀性因子Ｋ值，但其中大部分与人工模拟降雨仪测得的相差较大，因此，认为该地区极大多数土壤类型不能直接用诺谟图方法来估算土壤可蚀性因子Ｋ值。
补充资料：项圣谟《放鹤洲图》轴
中国明代画家项圣谟传世代表作品。项圣谟(1597～1658)字孔彰，号易庵,又号胥山樵。秀水(今浙江嘉兴)人,项元汴之孙。擅画山水、花卉。此图绢本,设色，纵65.5 厘米，横 53.7厘米。画面描绘了田园、湖光的平远景色。湖上白帆卧波，湖边小桥茂树，远处城乡朦胧可见。画法工细，设色淡润，风格秀美。作者在本幅题识："鹤洲秋泛。此洲即唐时裴公美别业放鹤洲也。在吾禾鸳鸯湖畔荒废久之，朱葵石筑以浚以树，将四十年，宛若深山盘涧，今癸巳九月招予舟泛，有诗别录为补。是图以纪其胜，林泉之乐不遇是矣。登高后五日书于朗云堂。项圣谟。"钤印"上下千古中人"、"项圣谟"、"项孔彰诗书画"等。项圣谟《放鹤洲图》轴现藏故宫博物院。
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