When creating the origami, have 20 white triangles with the flaps point upwards.
折纸肌肉比哺乳动物肌肉强六倍。
The origami muscle is six times stronger than mammalian muscle.
他也发表了短篇小说集《折纸动物园及其他故事》(2016)。
He also released a collection of short fiction, The Paper Menagerie and Other Stories(2016).
因此折纸充满了探索与发现,也有很多困难和考验。
So the paper is full of exploration and discovery, and there are many difficulties and tests.
同桌的她常在课上偷偷折纸星,说是要送给她喜欢的人。
At the same table, she often secretly origami in class, saying that she would give it to someone she likes.
各种折好的动物折纸,使您能够将其放入一张照片中,分享给您的朋友和家人。
Origami of each animal that folds up, allowing you to place it in a photo and share with friends and family.
果蝇的故事是主要关心之前,折纸的发展阶段,不是以后,通货膨胀的一个。
The Fruit{344}Fly's Tale is concerned mostly with the earlier, origami phase of development, not the later, inflationary one.
以科幻和折纸为灵感,他的项目提醒我们,我们梦想的想法可以变成现实。
Using science fiction and origami as the inspiration for his projects reminds us that the ideas we dream of can become tangible realities.
这条消息不仅能提神:“折纸升力启发机器人肌肉1000倍于自身重量”。
This news will domore than lift your spirits:“Robot Muscles Inspired By Origami Lift 1000 Times Their Weight”.
如果DNA折纸是关于折叠的,Liddle将他的团队的新方法比作建造一个房间,从一个楼层计划开始。
If DNA origami is all about the folding, Liddle likened his team's new method to building a room, starting with a floor plan.
他们提供计算机程序以便于制作折纸,或者更确切地说,阿基米德固体,通过将这些固体展开成二维。
They offer a computer program to facilitate making origami, or rather Archimedean solids, by unfolding these solids into two dimensions.
DNA折纸是将DNA折叠成微小结构的科学,起源于20世纪80年代早期,当时纽约大学的Ned.
DNA origami, the science of folding DNA into tiny structures, originated in the early 1980s, when Ned Seeman of New York University.
因为它愿意预先投入时间和资源,所以折纸通常是潜在卖方选择与其谈判的唯一方。
Because it is willing to invest time andresources upfront, Origami is frequently the sole party with whom potential sellers choose to negotiate.
数十年后,折纸美国已拥有约1700名付费会员,并且与美国近90个社区折纸团体保持联系。
Decades later, OrigamiUSA has around 1,700 paying members,and it keeps track of nearly 90 community origami groups in the United States.
DLP3D打印用于构建结构,由各个折纸单元的各种组合组成,无需任何额外的组装步骤。
DLP 3D printing was used to build structures,made up of various combinations of individual units of origami, without requiring any extra assembly steps.
Computational origami- Computational origami is a type of computer program for modeling the ways in which various materials, including paper, can be folded.
受到这种变革方法的启发,NB的包装采用折纸结构,允许简单的邮箱成为儿童可穿戴的喷气背包。
Inspired by this transformative approach, NB's packaging features an origami structure which allows a simple mailing box to become a wearable jet pack for children.
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