果皮

Besides the usual fruit peelings, scraps of paper , Bottle caps, and cigarette butts were everywhere.

红海已过，不怕热极引火，所以等一会甲板上零星果皮、纸片、瓶塞之外，香烟头定又遍处皆是。

Once the Red Sea was passed, no longer was there fear of the intense heat igniting a fire, so, besides the usual fruit peelings, scraps of paper, Bottle caps, and cigarette butts were everywhere

红海已过，不怕热极引火，所以等一会甲板上零星果皮、纸片、瓶塞之外，香烟头定又遍处皆是。

A tropical American tree having oval or pear-shaped fruit with leathery skin, yellowish-green flesh, and a large seed.

鳄梨树一种热带美洲乔木，有椭圆形或梨形果实，果皮坚韧，果肉黄绿色，核大

With leathery skin, yellowish-green flesh, and a large seed.

果实'。''，果皮坚韧，果肉黄绿色，核大

Early maturity, round fruit with whiteness, white-green flesh, average fruit weight 1.2-2.0kg, 14-17% Brix sugar content, resistant to powdery mildew diseases, long shelf life and suitable for shipping.

早熟，果实圆球形，果皮洁白有透感，熟后不变黄，不落蒂，单果重1.2-2.0kg，含糖量14-17%，高可达19%。抗白粉病，耐储运，适合春保护地早熟优质栽培。

Hydrocooling with 1℃ cold water caused scald in peel of papaya fruit after vapor heat treatment, and with 27℃ water caused severe decay.

蒸热后降温的水温也影响了番木瓜果实的后熟，以0℃冰水降温者，果皮易产生烫斑，以27℃水降温者，腐烂率较高。

Tough-skinned purple grape-like tropical fruit grown in Brazil.

果皮坚韧的紫色葡萄状的热带水果，生长于巴西。

The cultural characteristics between hypovirulent strain and high virulent strain was highly distinct.The pathogen of banana anthracnose latents on fruit, foliage, bract, blossom and stalk, stalk of plants with this disease is the most important carrier. The infection type of bannana fruit anthracnose is latent infection.

在香蕉果皮、叶、苞片、花器及假茎上均有香蕉炭疽病菌潜伏，假茎的病残体带菌率最高，为主要的侵染来源；采后香蕉果实上炭疽病侵染型为潜伏侵染型；开花后20d 的香蕉果实开始带菌，随时间延长，带菌量逐渐增加，以后各个生长阶段的带菌率与降雨量有关；炭疽病菌在果指不同部位的分布存在差异。

Smooth-skinned variety or mutation of the peach.

果皮光滑的、桃的一个变种。

Any of several trees producing edible oval smooth-skinned fruit with a single hard stone.

任何结可食的椭圆形果实的树种，果皮光滑，单核，坚硬。

This one mode pays close attention to network credence foundation of the businessman very much.

这一模式非常关注商人的网络信用基础。

Cell morphology of bacterial ghost of Pasteurella multocida was observed by scanning electron microscopy and inactivation ratio was estimated by CFU analysi.

扫描电镜观察多杀性巴氏杆菌细菌幽灵和菌落形成单位评价遗传灭活率。