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1                                              Kohler's theory explains initial droplet growth but stru
2                                     In 1975, Kohler and Milstein invented hybridoma technology for th
3                                        G. A. Kohler et al. have shown that the wild-type IMH3 gene, w
4 ue of Cell Stem Cell, Moon et al. (2017) and Kohler et al. (2017) use in vivo lineage tracing to demo
5 uttress the rapidly changing Smith, Pope and Kohler glaciers.
6 kappa quantifies the extent of uptake beyond Kohler model expectations.
7                     According to the Bischof-Kohler hypothesis, only humans can dissociate themselves
8  have shown that, in accord with the Bischof-Kohler hypothesis, rats and pigeons may solve tasks by e
9                        Recent experiments by Kohler and co-workers have implicated an excited-state a
10 er vapour conditions is described by classic Kohler theory.
11  first established in the 1970s when Georges Kohler and Cesar Milstein immortalized antibody-producin
12 eterize these results in terms of both kappa-Kohler theory and adsorption activation theory for inclu
13  urban site in northern China with the kappa-Kohler theory.
14 r) central Arctic Ocean are made using kappa-Kohler theory with novel observations of the aerosol che
15           We parametrize results using kappa-Kohler theory, where the term kappa quantifies the exten
16 ensation on the smallest particles (the nano-Kohler theory), has so far remained ambiguous.
17 ments exceed what would be expected based on Kohler theory and bulk properties.
18 stochastic, analytical framework building on Kohler's theory to account for (monodisperse) aerosols a
19  supersaturation and droplet size (i.e., the Kohler curve), leading to the larger diameters observed
20 itative measurements compared to traditional Kohler illumination.
21                            While traditional Kohler illumination improves uniformity, it often fails
22 plicable to label-free samples, where we use Kohler illumination in the coherent regime and conventio
23 vity models are employed in combination with Kohler theory to represent self-assembly phenomena withi
24 e tension information was then examined with Kohler theory analysis to calculate the hygroscopicity p
25 ere he worked with Hans Wallach and Wolfgang Kohler; his PhD in Psychology was from Harvard Universit