Controlled methods of nano-structure formation
Subsections
- Оптическая литография
- Электронная литография
- Рентгеновская литография
- Наноимпринтинг и травление
- Фокусированная ионная резка
- Планиризация поверхности, полировка
- Поверхностная иммобилизация (химическая пришивка) молекул
- Локальные поверхностные химические реакции
- Нанокапсулирование
- Иммобилизация мицелл и биологических нанообъектов
Articles
- biocompatible coating
- biological motors
- biological nanoobjects
- biomedical microelectromechanical systems
- biomimetic nanomaterials
- biomolecular electronics
- biosensor
- chemisorption
- critical micelle concentration
- dielectric
- drug delivery
- electron beam lithography
- endocytosis
- enzyme
- focused ion beam
- gene delivery
- holographic interference lithography
- hydrofobic effect
- immobilisation
- intermolecular interaction
- ion beam lithography
- ion track nanotechnology
- ion-dipole interaction
- Krafft temperature
- lab-on-a-chip
- Lennard-Jones potential
- lipid
- liposome
- lithography
- magnetic nanoparticles for therapeutic use
- multifunctional nanoparticles (in medicine)
- nano-reactor, 1D
- nanocapsule
- nanoencapsulation
- nanoimprint lithography
- nanometre
- nanopharmacology
- nanorod
- nanosome
- oligonucleotide
- oligopeptide
- optical lithography
- photoresist
- plasmid
- proteomics
- ribonucleic acid
- self-assembled monolayers
- self-assembly
- self-organisation
- single electron transistor
- subroughness
- substrate
- supramolecular gels
- surface
- surface diffusion
- template
- ultraviolet lithography
- van der Waals interaction
- X-ray lithography