nanotube in English
The interactions of the lipid molecules with the nanotube may be classified as hydrophobic and hydrogen-bondlike.
Use "nanotube" in a sentence
1. The single-wall carbon nanotube/acid mixture is wet spun into a coagulant to form the single-wall carbon nanotube fibers.
2. Bead blast activation of carbon nanotube cathode
3. Method for manufacturing carbon nanotube fibers using surface active agent for improving spinning properties, and carbon nanotube fibers manufactured by same
4. Camphor is a novel carbon nanotube precursor
5. The first nanotube integrated memory circuit was made in 2004.
6. Biomimetic Difunctional Carbon-Nanotube-Based Aerogels for Efficient Steam Generation
7. Microfluidic filter using carbon nanotube 3d network and preparation method thereof
8. Method for manufacturing high discharge-resistant and high stability carbon nanotube field emission electron beam emitter using metal binders and carbon nanotube field emission electron beam emitter manufactured by the method
9. This reduces the mean free path and reduces the thermal conductivity of nanotube structures.
10. Automatic oil-purifying apparatus and method using a precipitation purification technique and a carbon nanotube filter
11. Another way to make carbon nanotube transistors has been to use random networks of them.
12. However, alternative catalyst supports that are soluble in water have proven effective for nanotube growth.
13. Depending on subtle surface features a nanotube may act as a plain conductor or as a semiconductor.
14. In addition, investigators studied the use of nanotube networks in lead resistors and capacitors of PCBs.
15. The protective layer is formed on the carbon nanotube electrode layer and comprises a ceramic binder.
16. Bioactive carbon nanotube composite functionalized with β-sheet polypeptide block copolymer, and preparation method thereof
17. Nantero built a functioning carbon nanotube memory prototype 10 GiB (10 × 230 bytes) array in 2004.
18. Researchers achieved the first-ever demonstration of PA with nanotube resonators, including a 10-fold increase in mechanical amplitude.
19. In place of the adjuster screws (21), electrically-controlled actuators such as piezoelectric elements or nanotube elements can be provided.
20. They can control precisely where the nanotube penetrates a cell, for example, and een pinpoint smaller cell structures, such as the nucleus or mitochondrion .
21. However, an inherent challenge to detection of the mechanical signal is the very small oscillation amplitude of nanotube and graphene resonators.
22. A ceramic paste composition according to the present invention comprises a carbon nanotube or a carbon nanotube-metal complex and a silicone adhesive, wherein the silicone adhesive contains 45-65 wt% of silicon dioxide and 0.1-10 wt% of a silanol group, and the ratio of a methyl group to a phenyl group is 1 wt% : 0.3-2.5 wt%.
23. The present invention relates to a method for manufacturing nanofiber coated with a carbon nanotube for introducing a hydrophilic property to the surface of the nanofiber by effectively coating the carbon nanotube on the surface of the nanofiber, and for increasing the degree of cell adhesion and cultivation by increasing the surface area.
24. These nanotube structures, also known as carbon allotropes, combine extraordinary strength with low mass, extending the range of NEMS far beyond the present limits.
25. The EU-funded project 'Carbon nanotube confinement strategies to develop novel polymer matrix composites' (POCO) addressed this issue with a focus on the CNT–polymer interface.
26. Disclosed are a high discharge-resistant and high stability carbon nanotube field emission electron beam emitter using metal binders and a method for manufacturing said emitter.
27. According to the present invention, a graphene-carbon nanotube composite is prepared by the following steps: adding graphene and a metal catalyst to a solvent to prepare a catalyst precursor solution; spraying the catalyst precursor solution at a reaction furnace using an aerosol generator; and synthesizing a graphene-carbon nanotube composite through pyrolysis while the sprayed aerosol goes through the reaction furnace.
28. The present invention relates to an apparatus and method for purifying waste oil by means of an automatic purification system for removing heavy metal impurities from contaminated oil using a precipitation purification technique and a carbon nanotube filter.
29. According to the present invention, a carbon nanotube-coated down feather for storing heat is characterized in that it is manufactured by coating a liquid containing carbon nanotubes onto a down feather to be used for down clothing or bedding.
30. Of the various means for nanotube synthesis, CVD shows the most promise for industrial-scale deposition, because of its price/unit ratio, and because CVD is capable of growing nanotubes directly on a desired substrate, whereas the nanotubes must be collected in the other growth techniques.
31. The present invention relates to a selective adsorption of organic materials by using magnetic hybrid nanoparticles, and specifically, to: a magnetic oil adsorbent, wherein magnetic metal particles, and one or more materials selected from a carbon nanotube and polydimethylsiloxane (PDMS) are sequentially coated on the surface of silica nanoparticles; and a method for removing oil using the same.