tempera
英 [ˈtempərə]
美 [ˈtempərə]
n. 蛋彩画颜料(用颜料与鸡蛋和水调和而成); 蛋彩画法
复数：temperas
BNC.47740 / COCA.23915
牛津词典
noun
- 蛋彩画颜料（用颜料与鸡蛋和水调和而成）；蛋彩画法
a kind of paint in which the colour is mixed with egg and water; a method of painting that uses this kind of paint
英英释义
noun
- pigment mixed with water-soluble glutinous materials such as size and egg yolk
双语例句
- In medieval and Renaissance times, gesso ( plaster of paris mixed with glue) was applied to wood panels, plaster, stone, or canvas to provide the ground for tempera and oil painting.
在中世纪和文艺复兴时期，石膏粉（熟石膏和动物胶的混合物）被涂抹于木版、胶布、石头或帆布上，用做蛋彩画和油画的背景。 - The results of test show that the roasting tempera-ture and the coal/ ore ratio are main influence factors, the ore particle size and coal powder size, as well as roasting time are secondary factors.
试验结果表明，焙烧温度和煤与锡矿比是主要影响因素，其次是矿石粒度、煤粉粒度和焙烧时间。 - In the West, Britain and the United States, Russia emerged Tempera painting besides the Revival Movement.
在西方，英国和美国俄罗斯都出现了蛋彩画的复兴运动。 - The traditional Tempera painting techniques is the expression the religious and spiritual historical limitation.
传统坦培拉技法严谨、繁琐，严格的绘画程序是宗教和古典精神的历史局限性的体现。 - Before Italian the Renaissance and north nun virtue orchid artistic revolution, wet fresco and tempera this two drawing skill is major drawing form.
在意大利文艺复兴和北方尼德兰艺术革命之前，湿壁画和坦培拉绘画这两种技法是主要的绘画形式。 - Skeptics point out that the color is still an unfaded red, which would be expected of tempera paint but not of real blood.
怀疑论者指出颜色仍然是已经裉色的红色，可能用作蛋彩画颜料，而不是真正的血液。 - This article introduces the influence of main reaction, side reaction, hydrogen and reaction tempera-ture on the selective hydrogenation of C_4.The content of 1-butene in products can be increased by adjusting operating parameters.
介绍了碳四加氢的主反应、副反应、氢气、反应温度对碳四选择性加氢的影响，通过调节操作参数，提高了产品中1-丁烯的含量。 - Chemist Walter McCrone identified the substance as a combination of red ochre and vermilion tempera paint;
化学家沃尔特认定物质是由赭色和朱红色的蛋彩画颜料涂上去； - Therefore the strengthening to each functions unit was needed. This study compared the operation before and after unit strength treatment at low tempera-ture, finding that COD, TN and TP removal all had a marked improvement.
因此需对各功能单元进行强化，本研究针对强化前后系统在低温下的运行情况做了分析对比，发现COD、TN和TP的去除效果均有明显好转。 - Based on Arrhenius relationship, the linearized relationship between life and tempera-ture is derived, and the meaning of activation energy and B parameter, and the acceleration factor are discussed.
探讨了阿伦尼斯（Arrhenius）模型的线性化寿命与温度关系的推导过程、激活能ΔE的意义、参数B的意义和加速因子。