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Research on the construction of sub-nanoscale Pd and Pt metal clusters to achieve efficient dehydrogenation of organic hydrogen molecules
Time of Update: 2022-05-20
Sub-nanoscale fully exposed Ptn metal cluster catalytic material for efficient dehydrogenation of cyclohexane to hydrogen production (J.
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Petronas, PT Pupuk Indonesia and Mitsubishi to develop hydrogen and ammonia businesses
Time of Update: 2022-04-24
Under the government's decarbonization project, Pertamina has partnered with CCUS to develop blue/green hydrogen, blue/green ammonia, and to promote ammonia production and co-firing in Pupuk Indonesia at PLTU, Iman said .
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Qingdao Energy Institute has developed a highly active biomass carbon-supported Fe/Pt single-atom dual-functional catalyst
Time of Update: 2021-11-30
Synthesis path of Fe1Pt1/NC double single atom catalyst Figure 2.
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Toluene sulfonamide injection (PTS), a new anticancer drug of HongRi pharmaceutical, has entered the green channel
Time of Update: 2020-04-03
On August 19, sun Changhai, general manager of HongRi Pharmaceutical Co., Ltd
(300026
SZ), said in the investigation of the institution that the company's
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Biolinerx announced the dosage of agi-134 to the first patient in the clinical study
Time of Update: 2019-09-26
Philip Serlin, CEO of biolinerx, said: "after successfully completing Part 1 of the study and determining the recommended dose, we are pleased to announce the start of Part 2 of phase 1 / 2a of our second oncology product agi-134.
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Angelw: synergistic therapy photocatalysis for singlet oxygen generation with activation of Pt (IV) prodrug
Time of Update: 2019-09-09
Int. ed.) in a word, based on Ru photosensitizer, the author developed a photocatalytic platform for activating Pt (IV) prodrug and producing singlet oxygen simultaneously.
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Pt (II) - catalyzed enantioselective fluorination of C (SP3) - H
Time of Update: 2018-06-15
At present, more than 25% of pesticides and 20% of drug molecules on the market contain at least one C-F bond in the structure
The existence of C-F bonds affects
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The performance of extruded Pt catalyst reduced by 0.01 nm and increased by 90%
Time of Update: 2016-11-27
The research team of Stanford University reduced the platinum catalyst by 0.01 nm by bonding it with an ultra-thin material, which improved its catalytic performance by 90%.
