B. Mixing Issues in Tumbling BlendersMixing in tumbling blenders takes terjemahan - B. Mixing Issues in Tumbling BlendersMixing in tumbling blenders takes Bahasa Indonesia Bagaimana mengatakan

B. Mixing Issues in Tumbling Blende

B. Mixing Issues in Tumbling Blenders
Mixing in tumbling blenders takes place as the result of particle motions in a thin,
cascading layer at the surface of the material, while the remainder of the material
below rotates with the vessel as a rigid body. Current thinking describes the blending
process as taking place by three essentially independent mechanisms: convection,
dispersion, and shear. Convection causes large groups of particles to move in
the direction of flow (orthogonal to the axis of rotation), the result of vessel rotation.
Dispersion is the random motion of particles as a result of collisions or interparticle
motion, usually orthogonal to the direction of flow (parallel to the axis
of rotation). Shear separates particles that have joined due to agglomeration or cohesion
and requires high forces. While all mechanisms are active to some extent
in any blender, tumbling blenders impart very little shear, unless an intensifier bar
(I-bar) or chopper blade is used (in some cases, high shear is detrimental to the active
ingredient and so is avoided). While these definitions are helpful from a conceptual
standpoint, blending does not take place as merely three independent, scalable
mechanisms. However, attentive planning of the blending operation can
emphasize or de-emphasize specific mechanisms and have significant impact on
mixing rate.
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B. Mixing Issues in Tumbling BlendersMixing in tumbling blenders takes place as the result of particle motions in a thin,cascading layer at the surface of the material, while the remainder of the materialbelow rotates with the vessel as a rigid body. Current thinking describes the blendingprocess as taking place by three essentially independent mechanisms: convection,dispersion, and shear. Convection causes large groups of particles to move inthe direction of flow (orthogonal to the axis of rotation), the result of vessel rotation.Dispersion is the random motion of particles as a result of collisions or interparticlemotion, usually orthogonal to the direction of flow (parallel to the axisof rotation). Shear separates particles that have joined due to agglomeration or cohesionand requires high forces. While all mechanisms are active to some extentin any blender, tumbling blenders impart very little shear, unless an intensifier bar(I-bar) or chopper blade is used (in some cases, high shear is detrimental to the activeingredient and so is avoided). While these definitions are helpful from a conceptualstandpoint, blending does not take place as merely three independent, scalablemechanisms. However, attentive planning of the blending operation canemphasize or de-emphasize specific mechanisms and have significant impact onmixing rate.
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B. Pencampuran Masalah di Tumbling blender
Pencampuran dalam blender jatuh terjadi sebagai akibat dari gerakan partikel dalam tipis,
mengalir lapisan pada permukaan material, sedangkan sisa material
di bawah ini berputar dengan kapal sebagai benda tegar. Pemikiran saat menjelaskan pencampuran
proses yang terjadi dengan tiga mekanisme dasarnya independen: konveksi,
dispersi, dan geser. Konveksi menyebabkan kelompok besar partikel bergerak dalam
arah aliran (orthogonal terhadap sumbu rotasi), hasil rotasi kapal.
Dispersion adalah gerak acak partikel akibat tabrakan atau interparticle
gerak, biasanya orthogonal dengan arah aliran (sejajar dengan sumbu
rotasi). Shear memisahkan partikel yang telah bergabung karena aglomerasi atau kohesi
dan membutuhkan kekuatan tinggi. Sementara semua mekanisme aktif sampai batas tertentu
dalam blender apapun, jatuh blender menyampaikan sedikit geser, kecuali bar intensifier
(I-bar) atau pisau pencacah digunakan (dalam beberapa kasus, geser tinggi merugikan aktif
bahan dan dihindari ). Sementara definisi ini sangat membantu dari konseptual
sudut pandang, blending tidak terjadi hanya sebagai tiga independen, scalable
mekanisme. Namun, perencanaan perhatian dari operasi pencampuran dapat
menekankan atau de-menekankan mekanisme khusus dan memiliki dampak yang signifikan terhadap
tingkat pencampuran.
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