九月 2026
sso.rsc.org
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跳出率
79.5%
每次访问页数
1.16
平均访问时长
00:00:13
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sso.rsc.org的 10 大竞争对手
在 九月 2026 与 sso.rsc.org 相似的前 10 名网站,按关键字流量、受众定位和市场重叠方面与 sso.rsc.org 的关联性排名
Open-source data visualization and analysis software with embedded chemical intelligence.
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46.72%
每次访问页数
2.14
平均访问时长
00:00:14
「Psi4で溶媒効果を考慮する:PCM Solverの使い方」という記事では,計算化学で溶媒効果を考慮する方法の一つとして連続誘電体モデルPsi4を用いてPCM Solverを使い,溶媒効果を考慮する方法などについて紹介し,溶媒効果を考慮し...
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跳出率
50.49%
每次访问页数
1.48
平均访问时长
00:01:10
Single atom catalysts have gained significant attention due to their promise of maximum atom utilization and uniform active sites. However, significant knowledge gaps remain regarding how coordination environments evolve under realistic operating conditions and how that affects their ability to participate in chemical and physical processes. This study used infrared spectroscopy to investigate the effect of thermal chemical preprocessing on the 13CO adsorption capacity of 0.034 wt.% Pd/CeO2 to yield monomeric palladium carbonyl complexes. While the (13CO) band frequency of the monomer was only slightly responsive to thermal chemical preprocessing, the monomer density spanned an order-of-magnitude. The breadth of the monomer density suggests that single-atom coordination environments are better described as a distribution that can be systematically manipulated to control chemical processes as opposed to static, uniform active sites. Changes in the Pd coordination ensemble, manifested as changes in the monomer density, represented distinct metastable states that were accessed through specific thermal chemical histories. The dependence of the coordination ensemble on thermal chemical history led to different monomer densities under identical experimental conditions. This observation revealed that thermal chemical preprocessing is non-deterministic and that the Pd coordination ensemble is kinetically controlled rather than thermodynamically determined. This work establishes a methodology that uses molecules as both sensitive diagnostics and synthetic tools to direct material properties. The ability to reversibly control coordination distributions opens new pathways for catalyst design and provides fundamental insights into the dynamic nature of atomically dispersed metals.
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跳出率
37.79%
每次访问页数
6.36
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00:08:16
Arabian Journal of Chemistry Review Latest Developments in the field of Inorganic Chemistry, Physical Chemistry, Organic Chemistry, Analytical Chemistry, Medicinal Chemistry, Biochemistry, Environmental Chemistry, Materials Chemistry, Bioinorganic Chemistry, Photochemistry, Solid State chemistry, Organometallic Chemistry and Green Chemistry Print ISSN : 1878-5352 | Online ISSN : 1878-5379Frequency of publication: Monthly | Language of publication: EnglishStarting year: 2008 […]
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跳出率
43.29%
每次访问页数
1.53
平均访问时长
00:00:47
tci is a global manufacturer of chemicals for research and development, with reagents for chemistry, life science, materials science, and analytical chemistry.
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51.2%
每次访问页数
2.92
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00:03:24
Zinc oxide (CAS 1314-13-2) information, including chemical properties, structure, melting point, boiling point, density, formula, molecular weight, uses, prices, suppliers, SDS and more, available at Chemicalbook.
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55.67%
每次访问页数
2.90
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00:02:13
reaction mechanisms, procedures, and details for many commonly encountered organic chemistry reactions.
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跳出率
44.06%
每次访问页数
1.87
平均访问时长
00:00:42
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跳出率
42.24%
每次访问页数
1.76
平均访问时长
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The SAR-CoV-2 virus has evolved to co-exist with human hosts, albeit at a substantial energetic cost resulting in post-infection neurological manifestations [Neuro-post-acute sequelae of SARS-CoV-2
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跳出率
46%
每次访问页数
1.69
平均访问时长
00:00:19
sso.rsc.org在 九月 2026 的前五名竞争对手是:openmolecules.org、future-chem.com、chemrxiv.org、arabjchem.org等。
根据 Similarweb 的月访问量数据,sso.rsc.org 在 九月 2026 的头号竞争对手是 openmolecules.org。与 sso.rsc.org 相似度排名第二的网站是 future-chem.com,排名第三的是 chemrxiv.org。
在 九月 2026,arabjchem.org 被评为与 sso.rsc.org 相似度第四高的网站,tcichemicals.com 位居第五。
进入前十名榜单的其他五家竞争对手分别是 chemicalbook.com、commonorganicchemistry.com、baranlab.org、explorationpub.com 和 sci-hub.jp。
