在 英语 中使用 Three-dimensional structure 的示例及其翻译为 中文
{-}
-
Political
-
Ecclesiastic
-
Programming
And the fiber has a disordered three-dimensional structure, and the labyrinth of the paper fiber provides enough for the filtered medium to flow.
Thanks to the rotation, the researchers can study the three-dimensional structure of the DNA at a resolution of~0.0001 mm.
In summary, polarizing microscopy provides a vast amount of information about the composition and three-dimensional structure of a variety of samples.
One of the most astounding feats of developmental biology is the transformation of an epithelial sheet into a functionally specialized three-dimensional structure.
In fact, to form an image, the three-dimensional structure of the object must be collapsed to two dimensions.
The sculptor-like sculpting technique, combined with different arcs to form a three-dimensional structure filled with light, has made this art work ingenious.
The researchers used a technique known as X-ray crystallography to reveal P-Rex1's three-dimensional structure and functional characteristics.
In its three-dimensional structure, each graphite layer can be viewed as an individual graphene layer.
The aim was to extract three-dimensional structure from images, thereby enabling robotic sensory systems to partially mimic the human visual system.
These stringy filaments interlock, creating a three-dimensional structure which traps air and gives down natural insulating ability.
If the three-dimensional structure is unknown, they can be classified based on membrane topology.
They have also modeled its three-dimensional structure and proposed an operating mechanism.
It is with three-dimensional structure and small footprint; it can form an independent production system from the block to finished powder.
Three-dimensional structure, small floor space, strong set, from the block to the finished powder independently into a production system.
The speed and error rate of DNA synthesis is influenced by the three-dimensional structure of the DNA.
D printing is the process by which a three-dimensional structure is built through the various processes of additive manufacturing.
Among the crystal of Aramid 1313, the hydrogen bonds were arranged in two planes, thus forming a three-dimensional structure of hydrogen bonds.
After various processing steps this pattern is then permanently etched into the silicon substrate leaving a three-dimensional structure.
But if the graphene sheets are separated with air-filled pores, the three-dimensional structure can maintain its properties.
To understand the functions of proteins at a molecular level, it is often necessary to determine their three-dimensional structure.