»ùÓÚ×Ô¼¤Õñµ´Á÷µÄÆøÁ¦ÊäËÍ¿ÅÁ£Ô˶¯ÌØÐÔ-(Ó¢ÎÄ°æ)

ͼÊéÐÂÆ·µ½»õÊýÁ¿Îª£º1842Æ·
ͼÊéÐÂÆ·Íê³ÉÁ¿Îª£º581Æ·
ÒôÏñÐÂÆ·Íê³ÉÁ¿Îª£º0Æ·
·âÃæÍê³ÉÁ¿Îª£º1234·ù
²åͼÍê³ÉÁ¿Îª£º5163·ù
ÅÄͼÍê³ÉÁ¿Îª£º0·ù
CIPÍê³ÉÁ¿Îª£º2160Æ·
ÈËΪÆÁ±ÎÐÂÆ·Á¿Îª£º1306Æ·1 Introduction
1£®1 PneumaticConveying
1£®1£®1Characteristics of pneumatic conveying
1£®1£®2Applicatiofields
1£®1£®3 Systemponents
1£®1£®4 Systemrequirements
1£®1£®5 Mode ofpneumatic conveyingͼÊéÐÂÆ·µ½»õÊýÁ¿Îª£º1842Æ· ͼÊéÐÂÆ·Íê³ÉÁ¿Îª£º581Æ· ÒôÏñÐÂÆ·Íê³ÉÁ¿Îª£º0Æ· ·âÃæÍê³ÉÁ¿Îª£º1234·ù ²åͼÍê³ÉÁ¿Îª£º5163·ù ÅÄͼÍê³ÉÁ¿Îª£º0·ù CIPÍê³ÉÁ¿Îª£º2160Æ· ÈËΪÆÁ±ÎÐÂÆ·Á¿Îª£º1306Æ·1 Introduction 1£®1 Pneumatic Conveying 1£®1£®1 Characteristics of pneumatic conveying 1£®1£®2 Applicatiofields 1£®1£®3 System ponents 1£®1£®4 System requirements 1£®1£®5 Mode of pneumatic conveying 1£®1£®6 Basic pneumatic conveying systems 1£®1£®7 System selectioconsiderations 1£®1£®8 Material property influences 1£®1£®9 Conveying capability 1£®2 Review of Pneumatic Conveying 1£®2£® 1 Review oenergy-saving techniques 1£®2£®2 Review ocharacteristics of particle motion 1£®3 Background of this Book 1£®4 The Purpose of this Book 2 Experimental Apparatus and Procedure 2£®1 Experimental Apparatus 2£®2 Conveying Materials 2£®3 Soft Fins 3 A Horizontal Energy-Saving Pneumatic Conveying System with Horizontally Mounted Soft Fins 3£®1 The Purpose of this Chapter 3£®2 Frequency Features of Fin's Oscillation 3£®3 Pressure Drop 3£®3£®1 Particles ofdp = 2£®3 mm 3£®3£®2 Particles ofdp = 3£®3 ram 3£®4 Minimum Conveying Velocity 3£®5 Power ConsumptioCoefficient 3£®5£®1 Particles ofdp =2£®3 ram 3£®5£®2 Particles of dp= 3£®3 mm 3£®6 Particle Flow Pattern 3£®7 Additional Pressure Drop Coefficient 3£®7£®1 Particles of dp =2£®3 mm 3£®7£®2 Particles of dp = 3£®3 mm 3£®8 Summary 4 A Horizontal Energy-Saving Pneumatic Conveying System with Vertically Mounted Soft Fins 4£®1 The Purpose of this Chapter 4£®2 Frequency Features of Fin's Oscillation 4£®3 Pressure Drop 4£®3£®1 Particles of dp = 2£®3 mm 4£®3£®2 Particles of dp =3£®3 mm 4£®4 The Minimum Conveying Velocity 4£®5 Power ConsumptioCoefficient 4£®5£®1 Particles of dp = 2£®3 mm 4£®5£®2 Particles of dp = 3£®3 mm 4£®6 Particle Flow Pattern 4£®7 Additional Pressure Drop Coefficient 4£®7£®1 Particles of dp =2£®3 mm 4£®7£® 2 Particles of dp= 3£®3 mm 4£®8 Summary 5 Characteristics of Particle Motioia Horizontal Pneumatic Conveying with Horizontally Mounted Soft Fins 5£®1 High-Speed PIV Imaging Set-Up and Procedure 5£®2 Measurement Method of Particle Concentration 5£®3 Profiles of ParticLe Concentration 5£®3£®1 Particle concentratioof the particles dp = 2£®3 mm 5£®3£®2 Particle concentratioof the particles dp = 3£®3 mm 5£®4 Profiles of Particle Velocity 5£®4£®1 Axial ponent of particle velocity 5£®4£®2 Vertical ponent of particle velocity 5£®5 Particle FluctuatioVelocity 5£®5£®1 Spectral characteristics of particle fluctuating velocity 5£®5£®2 Auto-correlatiocoefficients of particle fluctuatiovelocity 5£®5£®3 Two-point fluctuatiovelocity correlation 5£®5£®4 Intensities of particle fluctuatiovelocity 5£®5£®5 Skewness factor of particle fluctuatiovelocity 5£®5£®6 Probability density functioof particle fluctuatiovelocity 5£®6 Summary 6 Characteristics of Particle Motioia Horizontal Pneumatic Conveying with Vertically Mounted Soft Fins 6£®1 Profiles of Particle Concentration 6£®1£®1 Particle concentratioof the particles dp = 2£® 3 mm 6£®1£®2 Particle concentratioof the particles dp = 3£®3 mm 6£®2 Profiles of Time-Averaged Particle Velocity 6£®2£®1 Axial ponent of time-averaged particle velocity 6£®2£®2 Vertical ponent of time-averaged particle velocity 6£®3 Particle FluctuatioVelocity 6£®3£®1 Spectral characteristics of particle fluctuating velocity 6£®3£®2 Auto-correlatiocoefficients of particle fluctuatiovelocity 6£®3£®3 Two-point fluctuatiovelocity correlation 6£®3£®4 Intensities of particle fluctuatiovelocity 6£®4 Summary 7 Conclusions References IndexÐÅÏ¢