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首頁 資料庫探索 Automated Reactors

Automated Reactors

Rapid Analysis of Continuous Reaction Optimization Experiments

Rapid Analysis of Continuous Reaction Optimization Experiments

Metal Catalyzed Transformations Using In-Situ Spectroscopy

Metal Catalyzed Transformations Using In-Situ Spectroscopy

Scale-up of Batch Crystallization From Lab to Plant

Batch Crystallizer Scale-Up and Design

Best Practices for Crystallization Development

Best Practices for Crystallization Development

化學反應的原位監測

化學反應的原位監測

播種結晶過程

播種結晶過程

Better Reaction Control - Capture All Data

Digitalization in Chemical Development

提高產業結晶度

提高產業結晶度

Understand Crystallization with In-Situ Microscopy

How In Situ Vision Simplifies Crystallization and Precipitation

Understand and Control Bioprocesses

Understand and Control Bioprocesses

sodium borohydride reduction white paper

Sodium Borohydride Reduction

Crystallization Process pdf

Effective Crystallization Process Development

Techniques to Synthesize Breakthrough Molecules

Techniques to Synthesize Breakthrough Molecules

tandem hydroformylation hydrogenation

Tandem Hydroformylation/Hydrogenation of Alkenes

crystal size distribution ppt

Advanced Strategies to Control Crystal Size Distribution

Grignard Reaction Scale-up

Grignard Reaction Scale-up – 4 Steps to Control Development

Control Residual Isocyanate

Control Residual Isocyanate

Dosing in Chemical Development

Safe, Unattended Dosing in Chemical Development & Scale-up

實驗研究的有效設計

實驗研究的有效設計

Inline Particle Size Characterization

Inline Particle Size Characterization

pfizer automated sampling

輝瑞評估自動採樣以改進雜質分析

Risks From Rising Temperature

Risks From Rising Temperature

Crystallization in Process Chemistry

Crystallization in Process Chemistry

Monitor Tablet & Granule Disintegration

Monitor Tablet & Granule Disintegration

PAT for Emulsions

PAT For Emulsion Characterization

Hydrogenation By-Products Formation

Avoid By-Product Formation in Hydrogenation

Crystallization Process Design

Crystallization Process Design

最大化每次實驗的反應洞察

最大化每次實驗的反應洞察

現代合成LAB

現代合成LAB

化學反應分析：總覽

化學反應分析：總覽

在化工工藝開發中推動安全文化

在化工工藝開發中推動安全文化

新冠肺炎時期化學研發實驗室之復甦

新冠肺炎時期化學研發實驗室之復甦

用於流動化學的 FTIR 光譜

用於流動化學的 FTIR 光譜

在開發流程時採用生物催化流程分析技術 (PAT)

在開發流程時採用生物催化流程分析技術 (PAT)

綠色化學

推動綠色和可持續化學發展

過程分析技術在學術研究中的作用

製程分析技術 (PAT) 在學術研究中的應用

從小型實驗室反應器到全尺寸生產管道的顆粒表徵

用於工藝優化的粒度分析

反應的動力學和熱力學控制

在高反應性化學中實現更安全、更穩定的工藝

Precise Measurement and In-Depth Understanding of Reaction Kinetics and Thermodynamics

Real-Time FTIR and Kinetic Modeling for Process Optimization

透過動力資料建立模型

藉由資料豐富的實驗與動力學建模，將製程最佳化

Real-Time, Quantitative Analysis of Chemical Reactions And Crystallizations

Real-Time, Quantitative Analysis of Chemical Reactions And Crystallizations

codevelopment of easyfrit

Co-Development of EasyFrit

optimizing solvent swap distillation

Optimizing Solvent Swap Distillation

反應放大實驗室自動化解決方案

反應放大實驗室自動化解決方案

通過 ReactRaman 進行反應分析

通過 ReactRaman 進行反應分析


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