Rotation of a horizontal disk within an aerated particle bed. Behavior of solid particles and torque requirements.:BEHAVIOR OF SOLID PARTICLES AND TORQUE REQUIREMENTS
スポンサーリンク
概要
- 論文の詳細を見る
When a horizontal disk was rotated within a particle bed, there appeared three different zones above the rotating disk: The central one (inner rigid zone) rotated together with the disk, whereas the peripheral one (outer rigid zone) remained stationary. In the intermediate one (deformation zone or velocity-gradient zone), the velocity of particles varied from zero to that of the inner rigid zone. The shape of these zones and the torque needed for rotating the disk were affected by the rotation speed of the disk, the bed height, the size of the disk, and the flow velocity of the gas supplied from the bottom of the bed. The interrelation between the shape of these three zones and the torque requirements was discussed.
- 公益社団法人 化学工学会の論文
著者
-
Ishida Masaru
Research Laboratory Of Resources Utilization Tokyo Institute Of Technology
-
SHIRAI TAKASHI
Research Laboratory of Resources Utilization
-
ITO YOSHIAKI
Research Laboratory of Resources Utilization, Tokyo Institute of Technology
-
INOUE NORIO
Research Laboratory of Resources Utilization, Tokyo Institute of Technology
-
KOBAYASHI SHOJIRO
Research Laboratory of Resources Utilization, Tokyo Institute of Technology
関連論文
- GRAPHIC PRESENTATION OF EXERGY LOSS IN MIXING ON AN ENERGY-UTILIZATION DIAGRAM
- APPLICATION OF ENERGY-UTILIZATION DIAGRAM FOR GRAPHIC EXERGY ANALYSIS OF MULTICOMPONENT DISTILLATION COLUMNS
- ELECTRODE REACTION AT FIXED PLATINUM FILM-FIXATION OF PLATINUM FILM ON STABILIZED-ZIRCONIA ELECTROLYTE AND ITS EFFECT ON THE ELECTRODE PERFORMANCE OF THE SOLID-ELECTROLYTE FUEL CELL-
- Structured PENN Controller for MIMO Process
- Analysis of Behavior of Individual Conponents in Extraction on Material-Utilization Diagram
- Evaluation of Component Behavior in Process System on Material-Utilization Diagram
- THREE-DIMENSIONAL GRAPHICAL EXERGY ANALYSIS OF A DISTILLATION COLUMN
- CONTROL BY A NEW POLICY-AND EXPERIENCE-DRIVEN NEURAL NETWORK TO FOLLOW A DESIRED TRAJECTORY
- INTRODUCTION OF INDIVIDUAL ENERGY LEVEL FOR EXERGY ANALYSIS OF PROCESS SYSTEMS WITH MULTIPLE COMPONENTS
- CONTROL OF A PROCESS WITH TIME DELAY BY POLICY-AND-EXPERIENCE-DRIVEN NEURAL NETWORKS
- Graphical Evaluation of Gibbs Free Energy Change from Process Vector
- NEURAL NETWORK CONTROL FOR A MIMO PROCESS WITH TIME DELAY
- CHARACTERISTICS OF POLICY- AND EXPERIENCE-DRIVEN NEURAL NETWORK WHEN APPLIED TO LEVEL CONTROL
- Performance Improvement of an Absorption-Compression Hybrid Heat Transformer by Utilizing the Absorber and Generator in Close-to-Equilibrium Operation
- THE EFFECT OF ADSORPTION ISOTHERMS AND FLOW RATES ON SEPARATION PERFORMANCE IN MULTICOMPONENT CONTINUOUS SEPARATION
- CONTROL BY A POLICY-AND-EXPERIENCE-DRIVEN NEURAL NETWORK
- A NEW PROCESS FOR MULTICOMPONENT CONTINUOUS SEPARATION BY COMBINING MULTIPLE LIQUID CHROMATOGRAPHY COLUMNS
- A NOVEL COMBUSTOR BASED ON CHEMICAL-LOOPING REACTIONS AND ITS REACTION KINETICS
- MACROSCOPIC INTERPRETATION OF DIFFUSION AND ION TRANSPORT BASED ON INTERMEDIARY ENERGY MODEL
- Rotation of a horizontal disk within an aerated particle bed. Behavior of solid particles and torque requirements.:BEHAVIOR OF SOLID PARTICLES AND TORQUE REQUIREMENTS
- EXPERIMENTAL STUDY ON THE POWER REQUIREMENTS FOR AGITATING BEDS OF SOLID PARTICLES, AND PROPOSAL OF A NEW MODEL
- DISCHARGE RATE OF SOLID PARTICLES THROUGH ORIFICE WITH COCURRENT STREAM OF GAS
- DEAD ZONE PILED ON THE PLATE IMMERSED IN A FLUIDISED BED
- EXPERIMENTAL STUDY OF THE POWER NUMBERS FOR AGITATING BEDS OF SOLID PARTICLES WITH MULTIPLE BLADES AND UPWARD STREAMS OF GAS LESS THAN Umf
- RISING VELOCITY AND SHAPE OF SINGLE AIR BUBBLES IN HIGHLY VISCOUS LIQUIDS
- Axial dispersion of liquid in concurrent gas-liquid downflow in packed beds.
- Increase in the rate of reduction of hematite to iron by prereducing under high concentration of hydrogen.
- Exergy study of the reverse cycles of absorption heat pumps by use of energy-utilization diagrams.
- Automatic drawing of energy-utilization diagrams for multiphase processes.
- Introduction of the concept of stream stack and structured flowsheeting to a chemical process system simulator.
- Development of a language that allows both procedural and inferential programming and its application to rule-based control.
- Development of a compiler-type simulator for pressure swing adsorption and its application to oxygen enrichment in air.
- The entrainment of solid particles from a gas-solid fluidized bed.
- Equilibrium bed heights when a fluidized bed and a fixed bed are connected through an opening. Effect of contracting the bed columns at the gas exit.:EFFECT OF CONTRACTING THE BED COLUMNS AT THE GAS EXIT
- Application of a cation exchange membrane to a sodium ion pump.
- An optical probe to detect both bubbles and suspended particles in a three-phase fluidized bed.
- Graphical Analysis of Microscopic Energy Transformation Schemes.
- IMPULSE RESPONSE OF A MIXING MODEL CONSIDERING THE FLUID EXCHANGE BETWEEN UP- AND DOWN-FLOWS
- CIRCULATION OF SOLID PARTICLES WITHIN THE FLUIDIZED BED WITH A DRAFT TUBE:EQUILIBRIUM BED HEIGHTS WHEN A FLUIDIZED BED AND A FIXED BED ARE CONNECTED THROUGH AN OPENING
- BEHAVIOR OF SINGLE AIR BUBBLES HELD STATIONARY IN DOWNWARD FLOWS
- POWER REQUIREMENTS FOR AGITATING AIR-FLUIDISED BEDS
- Correlation for dynamic holdup in packed beds with cocurrent gas-liquid downflow.
- Derivation of Characteristics of Intermediary Energy and Proposal of Microscopic Energy-Utilization Diagram.
- EFFECT OF LIGHT-SOURCE CHARACTERISTICS ON THE PERFORMANCE OF CIRCULAR ANNULAR PHOTOCHEMICAL REACTOR
- Radial and vertical distributions of the interstitial gas velocity in a fluidized bed.
- DYNAMIC EFFECTIVE DIFFUSIVSTY WHEN APPLIED TO THE PRESSURE INCREASE DURING REACTION FOR MULTICOMPONENT GASEOUS SYSTEMS WITHIN A POROUS SOLID:REDUCTION OF IRON-OXIDE POWDER BED BY HYDROGEN-INERT GAS MIXTURES AT 900°C