My favorite fruit is Hami melon.
我最喜欢的水果是哈密瓜。
Xinjiang Hami melon filed in Xinjiang is well known.
新疆哈密瓜田在新疆是众所周知的。
There are various antagonistic strains in endophytic bacteria in Hami melon plants.
哈密瓜内生细菌中广泛存在高抗菌活性的菌株。
Study the effect of different fungicides treatments on the quality of postharvest Hami melon.
研究不同杀菌剂处理对哈密瓜采后品质的影响。
Wish lad every day Hami melon, forever cantaloup!
愿老友天天哈密瓜，永远香瓜！
Hami melon (a variety of muskmelon) is a specialty in Xinjiang.
哈密瓜是新疆的特产。
My favorite fruit is Hami melon . I think it's the sweet fruit in the world.
我最喜欢的水果是哈密瓜，我觉得它是世界上最甜的水果。
Dish up the chicken breast, shrimp and scallop. Put them into the Hami Melon.
将鸡胸肉、虾仁及带子捞起，放入哈密瓜内。
To study the effect of different fungicides treatments on the quality of postharvest Hami melon.
研究不同杀菌剂处理对采后哈密瓜品质的影响。
The results showed : There are various antagonistic strains in endophytic bacteria in Hami melon plants.
研究结果显示：在哈密瓜内生细菌中广泛存在具有高抗菌活性的菌株。
Coral: : Besides Hami melon and grapes, Xinjiang is famous for its raisin, chickpea, and reddates as well.
科拉：除了哈密瓜和葡萄，新疆还因为那儿的葡萄干、鹰嘴豆和红赛而出名。
This paper describes the profiling mechanism of Hami melon rind planer. The structural model and main structural size of profiling mechanism is designed.
本文介绍了一种适用于哈密瓜机械削皮机的仿形机构，并就其结构形式和主要结构尺寸进行了初步的设计。
According to comprehensive analysis on the disease resistance, yield and quality of Hami melon varieties, 'Dongfangmi 1' is the best variety suitable for culture under structure in early spring.
从哈密瓜抗病性、产量和品质等方面综合分析，“东方蜜1号”是早春设施栽培哈密瓜的首选品种。
Hetao Hami China Plain is one of the main producing areas, the Loop authentic color of honeydew melon, sweet taste, much loved at home and abroad customers.
内蒙古河套平原是中国哈密瓜主要产区之一，河套蜜瓜个色泽正宗，香甜味美，倍受海内外客商的喜爱。
The inserted mutants grew more slowly than the wild-type strains, but their population could finally reach the maximum of the wild-type strains in inoculated leaf tissues of Hami-melon.
接种的寄主组织中菌体生长能力检测发现，突变体的繁殖速度慢于野生型，但最终其菌体数量也能达到野生型菌株的最大值。
The inserted mutants grew more slowly than the wild-type strains, but their population could finally reach the maximum of the wild-type strains in inoculated leaf tissues of Hami-melon.
接种的寄主组织中菌体生长能力检测发现，突变体的繁殖速度慢于野生型，但最终其菌体数量也能达到野生型菌株的最大值。
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