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日本電子顕微鏡学会 | 論文
- Freeze-drying in the electron microscopy of microorganisms.
- On a study of new contrast improvement technique for replica specimens,2.
- On an adhering method of thin film specimens to specimen grids.
- Morphology and chemistry of the bacterial cell wall-2-Sugar composition and location of 0-antigen in the cell wall of Bacteroides convexus
- Evaporated tungsten oxide as a stripping agent for monolayer-cultered cells embedded in epoxy resins
- Durcupan as a dehydrating agent for embedding with polyester,styrene and methacrylate resins
- Simultaneous double staining
- Further improved method for embedding with durcupan
- Methyl Methacrylate as an anxiliary to infiltration for embedding with Vestopal W
- Evaporated silica as stripping agent for coverslip-cultured cells embedded in epoxy resins
- A new embedding method employing D.E.R.736 and Epon 812
- Flat embedding with polyester resins
- New device for staining thin sections
- A new method for embedding with 2-hydroxypropyl methacrylate
- Block staining with phosphotungstic acid of aldehyde-fixed specimens
- Interfacial nano-structures in Ti/Si1-xGex/Si studied by HRTEM, HAADF-STEM and EELS (日本電子顕微鏡学会第46回シンポジウム 材料のナノ・生物のナノ) -- (ポスターセッション "7th International Symposium on Advanced physical Fields(APF-7)"との合同セッション)
- On fixing the position of embedded materials
- A modiffication of the water-miscible epoxy resin "durcupan" embedding method for ultrathin sectioning.
- A study of cellular swelling and shrinkage during fixation,dehydration and embedding in various standard media.
- On mounting thin sections directly on supporting grids.