Aim of chromatography• The compounds of interest has to be separated f terjemahan - Aim of chromatography• The compounds of interest has to be separated f Bahasa Indonesia Bagaimana mengatakan

Aim of chromatography• The compound

Aim of chromatography




• The compounds of interest has to be separated from matrix components

• The signal to noise ratio must be as high
as possible

• The time consumption of analysis must be short

Mobile Phase / Stationary Phase


















Phases Involved in Chromatography




Mobile Stationar phase phase y Type of chomatography
Gas Gas Liquid Solid Liquid Solid Gas Solid Chromatography Gas Liquid Chromatography Liquid Solid Chromatography
Liquid Liquid Liquid Liquid Chromatography

Retensi dalam Kromatografi



Sampel bergerak dari fase bergerak ke fase diam (tertarik) / sorpsi , dan terjadi kebalikannya desorpsi

Chromatographic process



• The injected sample is dragged by mobile phase
along the column.
• The components of the sample distribute
between the stationary phase and mobile phase.

• If X compound has bigger affinity to stationary phase than affinity of Y compound to stationary phase, the X compound elutes later than Y from column.

• The sharp injected peaks become broader and
broader during their run.

Geometry of Chromatography System




• Column chromatography

the stationary phase is contained in a tube

• Planar chromatography

the stationary phase is configured as a thin two- dimensional sheet in paper chromatography (a sheet or a narrow strip of paper); or

in thin-layer chromatography (a thin film of solid particles bound together for mechanical strength with a binder, such as calcium sulfate and coated on a glass plate or plastic or metal sheet)

Column Chromatography




• Column chromatography & liquid chromatography (typically mean) : the stationary phase, adsorbed on a solid support to produce a packing

• Original stationary phase is water adsorbed onto solid particles (powdered sugar, powdered cellulose, or other possibilities)

• Packing is often packed into a glass tube about 20 mm in diameter and 200-300 mm in length by tamping it with a glass rod

• Sample is applied into the top of column and
allowed mobile phase to pass by gravity flow




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Hasil (Bahasa Indonesia) 1: [Salinan]
Disalin!
Tujuan kromatografi


• senyawa yang menarik harus dipisahkan dari matriks komponen

• sinyal kebisingan rasio harus lebih tinggi
mungkin

• konsumsi waktu analisis harus pendek

fase Mobile / stasioner fase





fase terlibat dalam kromatografi


Mobile Stationar tahap tahap y jenis chomatography
Gas Gas cair Solid Solid Gas Solid kromatografi Gas cair kromatografi cair Solid kromatografi cair
cair cair cair kromatografi cair

Retensi dalam Kromatografi



Sampel bergerak dari dalam fase bergerak ke dalam fase diam (tertarik) / sorpsi, dan terjadi kebalikannya desorpsi

kromatografi proses


• menyuntikkan sampel diseret oleh mobile fase
sepanjang kolom.
• Komponen sampel mendistribusikan
antara fase stasioner dan mobile tahap.

• X jika senyawa memiliki lebih besar afinitas ke fase stasioner daripada afinitas y senyawa untuk fase stasioner, senyawa X elutes lambat Y dari kolom.

• puncak disuntikkan tajam menjadi lebih luas dan
luas selama mereka jalankan.

geometri kromatografi sistem


Kromatografi kolom •

fase stasioner yang terkandung dalam tabung

• Planar kromatografi

fase stasioner dikonfigurasi sebagai dua - dimensi lembaran tipis dalam kromatografi kertas (sheet atau sempit kertas); atau

di kromatografi lapis tipis (film tipis partikel padat terikat bersama-sama untuk kekuatan mekanik dengan binder, seperti kalsium sulfat dan dilapisi pada kaca piring atau plastik atau logam lembar)

Kromatografi kolom


• & Kromatografi kolom kromatografi cair (biasanya berarti): fase stasioner, adsorbed pada dukungan kuat untuk memproduksi kemasan

• tahap Original stasioner adalah air yang adsorbed ke partikel padat (gula bubuk, bubuk selulosa, atau kemungkinan lain)

Pengepakan sering dikemas ke dalam sebuah tabung gelas sekitar 20 mm diameter dan 200-300 mm panjang oleh tamping itu dengan tongkat kaca

• sampel diterapkan ke bagian atas kolom dan
diperbolehkan mobile tahap lewat gravitasi


Sedang diterjemahkan, harap tunggu..
Hasil (Bahasa Indonesia) 2:[Salinan]
Disalin!
Aim of chromatography




• The compounds of interest has to be separated from matrix components

• The signal to noise ratio must be as high
as possible

• The time consumption of analysis must be short

Mobile Phase / Stationary Phase


















Phases Involved in Chromatography




Mobile Stationar phase phase y Type of chomatography
Gas Gas Liquid Solid Liquid Solid Gas Solid Chromatography Gas Liquid Chromatography Liquid Solid Chromatography
Liquid Liquid Liquid Liquid Chromatography

Retensi dalam Kromatografi



Sampel bergerak dari fase bergerak ke fase diam (tertarik) / sorpsi , dan terjadi kebalikannya desorpsi

Chromatographic process



• The injected sample is dragged by mobile phase
along the column.
• The components of the sample distribute
between the stationary phase and mobile phase.

• If X compound has bigger affinity to stationary phase than affinity of Y compound to stationary phase, the X compound elutes later than Y from column.

• The sharp injected peaks become broader and
broader during their run.

Geometry of Chromatography System




• Column chromatography

the stationary phase is contained in a tube

• Planar chromatography

the stationary phase is configured as a thin two- dimensional sheet in paper chromatography (a sheet or a narrow strip of paper); or

in thin-layer chromatography (a thin film of solid particles bound together for mechanical strength with a binder, such as calcium sulfate and coated on a glass plate or plastic or metal sheet)

Column Chromatography




• Column chromatography & liquid chromatography (typically mean) : the stationary phase, adsorbed on a solid support to produce a packing

• Original stationary phase is water adsorbed onto solid particles (powdered sugar, powdered cellulose, or other possibilities)

• Packing is often packed into a glass tube about 20 mm in diameter and 200-300 mm in length by tamping it with a glass rod

• Sample is applied into the top of column and
allowed mobile phase to pass by gravity flow




Sedang diterjemahkan, harap tunggu..
 
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