Method for the Detailed Characterization of Cosputtered Inorganic Luminescent Material Libraries [0.03%]
用于详细表征共溅射无机发光材料库的方法
Evert P J Merkx,Erik van der Kolk
Evert P J Merkx
Understanding the behavior of combinatorially developed luminescent materials requires detailed characterization methods that have been lacking thus far. We developed a device for directly surveying the luminescent properties of thin-film l...
Three-Component Synthesis of a Library of m-Terphenyl Derivatives with Embedded β-Aminoester Moieties [0.03%]
含β-氨基酸酯片段的m-联苯衍生物库的三组分合成法
Damiano Rocchi,Juan F González,Jorge Gómez-Carpintero et al.
Damiano Rocchi et al.
The three-component reaction between alkyl- or arylamines, β-ketoesters and chalcones in refluxing ethanol containing a catalytic amount of Ce(IV) ammonium nitrate allowed the construction of a large library of highly substituted dihydro- ...
PTML Combinatorial Model of ChEMBL Compounds Assays for Multiple Types of Cancer [0.03%]
基于ChEMBL化合物多癌症类型的组合模型 PTML
Harbil Bediaga,Sonia Arrasate,Humbert González-Díaz
Harbil Bediaga
Determining the target proteins of new anticancer compounds is a very important task in Medicinal Chemistry. In this sense, chemists carry out preclinical assays with a high number of combinations of experimental conditions (c j). In fact, ...
Combinatorial Study on Phase Formation and Oxidation in the Thin Film Superalloy Subsystems Co-Al-Cr and Co-Al-Cr-W [0.03%]
Co-Al-Cr和Co-Al-Cr-W超合金薄膜子系统中的相形成及氧化的组合研究
Dennis Naujoks,Martin Weiser,Steffen Salomon et al.
Dennis Naujoks et al.
Two Co-based superalloy subsystems, the ternary system Co-Al-Cr and the quasi-ternary system Co-Al-Cr-W with a constant amount of 10 at. % W, were deposited as thin-film materials libraries and analyzed in terms of phase formation and oxida...
Ring-Opening of Indoles: An Unconventional Route for the Transformation of Indoles to 1 H-Pyrazoles Using Lewis Acid [0.03%]
吲哚的开环反应：Lewis酸催化吲哚转化为1H-吡唑的新颖方法研究
Subhankar Panda,Nirmalya Pradhan,Debasis Manna
Subhankar Panda
An unusual transformation of indoles to pyrazoles via an aromatic ring-opening strategy has been developed. The salient feature of this strategy involves the C2-N1 bond opening and concomitant cyclization reaction of the C2═C3 bond of the ...
Maeling J N Tapp,Joseph M Slocik,Patrick B Dennis et al.
Maeling J N Tapp et al.
Competition-enhanced ligand screening (CompELS) was employed to rapidly screen through large DNA libraries to identify single-stranded, oligonucleotide-based ligands called aptamers that bind to a nonbiological target. This previously unrep...
An Engineered Sso7d Variant Enables Efficient Magnetization of Yeast Cells [0.03%]
一种工程改造的Sso7d变异体能够有效磁化酵母细胞
Carlos A Cruz-Teran,Kaitlyn Bacon,Nikki McArthur et al.
Carlos A Cruz-Teran et al.
Magnetization using cheap and minimally toxic materials, such as iron oxide nanoparticles can enable easy separation of cells from culture medium and is relevant to several industrial applications. Here, we show that cell surface expression...
Siwen Wang,Noushin Omidvar,Emily Marx et al.
Siwen Wang et al.
Site heterogeneity of metal nanocatalysts poses grand challenges for catalyst design from first principles. To accelerate catalyst discovery, it is of pivotal importance to develop an approach that efficiently maps catalytic activity of nan...
Ronak Afshari,Ahmad Shaabani
Ronak Afshari
The emergence of neoteric synthetic routes for materials functionalization is an interesting phenomenon in materials chemistry. In particular, the union of materials chemistry with multicomponent reactions (MCRs) opens a new avenue leading ...
Combinatorial Synthesis and High-Throughput Characterization of Fe-V-O Thin-Film Materials Libraries for Solar Water Splitting [0.03%]
用于太阳能分解水的Fe-V-O薄膜材料库的组合合成与高通量表征
Swati Kumari,Ramona Gutkowski,João R C Junqueira et al.
Swati Kumari et al.
The search for suitable materials for solar water splitting is addressed with combinatorial material science methods. Thin film Fe-V-O materials libraries were synthesized using combinatorial reactive magnetron cosputtering and subsequent a...