000			01959nam a22002177a 4500
008			200121200121b ||||| |||| 00| 0 mon d
020			_a90367-2659-x
035			_a550
040			_cШинэ Монгол Технологийн Дээд Сургууль
041			_aeng
082			_a540 Chemistry _bS-31
100			_aNorbert Schuurmans
245		0	_aPattern Formation in Organic Monolayers
260			_aNetherland _b0 _c1975
300			_a162
500			_aThe monolayers described in this thesis form at the liquid-solid interface by means of a process known as physisorption. This name signifies that no covalent bonds are formed between the solid phase (the substrate) and the molecules in the aggregate. The substrate can be regarded a template, on which the monolayer can grow. This growth process is known under the name self-assembly. In this thesis, a number of methods to generate self-assembling molecular systems at the liquid-solid interface are described. The importance of interfaces, in chemistry, physics and biology underscores the relevance of the project. The title of this thesis is ”Pattern formation in organic monolayers.” Monolayers have been introduced above. Organic refers to the kind of molecules that are used in the process. Pattern formation is what makes the work described in this thesis interesting. The patterns are intrinsically formed when the molecules adsorb parallel (coplanar) to the surface. The process is in a way comparable to tiling a wall, but on the nanoscale. The molecules (adsorbents) can in principle be laid in a multitude of patterns, depending on their shape.
505			_tGeneral introduction Monolayers and patterning Incorporation of functionality Mixing and phase separation in binary systems: A means to control periodicity Toward folded structures at the interface Minimal foldamers in 2D
653			_apattern formation organic monolayer
700			_a0
942			_2ddc _cBK
999			_c472 _d472