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Ultrasonics : theory, techniques and practical applications / Hanako Ayabito and Mitsuko Katsukawa, editors.

Contributor(s): Material type: TextTextSeries: Engineering tools, techniques and tables | Mechanical engineering theory and applicationsPublisher: New York : Nova Science Publisher's, Incorporated, [2013]Description: 1 online resourceContent type:
  • text
Media type:
  • computer
Carrier type:
  • online resource
ISBN:
  • 9781622576869
  • 1622576861
Subject(s): Genre/Form: Additional physical formats: Print version:: UltrasonicsDDC classification:
  • 320.2/8 23
LOC classification:
  • TA367
Online resources:
Contents:
ULTRASONICS ; ULTRASONICS ; CONTENTS ; PREFACE ; MECHANOCHEMICAL CLEAVAGE OF DNA BY ULTRASOUND ; ABSTRACT ; 1. INTRODUCTION ; 2. METHODS AND EXPERIMENTAL PROTOCOLS; 2. GEL DATA ANALYSIS ; 3. EVIDENCE OF MECHANOCHEMICAL NATURE OF ULTRASONIC CLEAVAGE ; 4. MODELING ULTRASONIC CLEAVAGE OF DNA ; Evaluation of Cavitational Flow Gradients near Collapsing Bubble ; Modeling DNA Dynamics in High Gradient Flow of Liquid; Modeling Mechanochemical Cleavage of DNA ; Limitations of the Model ; 5. PHYSICAL PROPERTIES OF THE B-DNA AND ULTRASONIC CLEAVAGE RATE ; CONCLUSION ; GRANTS ; REFERENCES.
THE USE OF ULTRASONIC METHODS TO MONITOR THE EARLY AGE HYDRATION PROCESS OF CEMENT BASED MATERIALS ABSTRACT ; HYDRATION PROCESS AND FORMATION OF STRUCTURE OF CEMENT BASED MATERIALS ; ULTRASONIC WAVE TRANSMISSION METHOD ; Introduction ; Experimental Set-ups ; The Use of USWT Method to Monitor the Setting and Hardening Process of Cement Based Materials ; Typical Development of the vp in Time; Sensitivity of the vP to the Material Composition and the Presence of Different Admixtures.
Determination of Different Milestones during the Formation of Structure of Hardening Cementitious Materials Using USWT Method AMonitoring the Setting Process of Cement Based Materials Using the Entire Signal ; ULTRASONIC WAVE REFLECTION METHOD; Introduction ; Experimental Set-ups ; The Use of USWR Method to Monitor the Setting and Hardening Process of Cement Based Materials ; Typical Development of the <U+0045>r (RL) in Time ; Sensitivity of the <U+0045>r (RL) to the Material Composition and the Presence of Different Admixtures.
Determination of Different Milestones during the Formation of Structure of Hardening Cementitious Materials Using USWR Method ICOMPARISON BETWEEN P-WAVE AND S-WAVES IN THEIR ABILITY TO MONITOR THE EARLY AGE HYDRATION PROCESS ; CONCLUSION ; ACKNOWLEDGMENT ; REFERENCES ; USE OF UTRASONIC SPRAY-PYROLYSIS PROCESS: A BRIEF REVEW ; ABSTRACT ; 1. INTRODUCTION ; 2. ATOMIZATION ; 2. 1. Introduction; 2. 2. Classification of Atomizers; 2. 3. Pressure and Two-Fluid Atomization; 2.4. Ultrasonic Atomizers ; 2.5. Electrostatic Atomizers; 2.1. Summary of Atomizer Characteristics ; 3. DRY POWDER FEEDERS.
4. DROPLET IMPACTORS AND VIRTUAL IMPACTORS 5. POWDER COLLECTION: FILTRATION AND ELECTROSTATIC PRECIPITATORS ; 5.1. Filtration ; 5.2. Cyclones ; 5.3. Settling Chambers ; 5.4. Electrostatic Precipitators ; 6. VOLATILE REACTANT DELIVERY SYSTEMS ; 7. ULTRASONIC SPRAY PYROLYSIS ; 7.1. Ultrasonic Atomization ; REFERENCES ; ULTRASONIC ASSISTED FIXED ABRASIVE MACHINING OF HARD-BRITTLE MATERIALS ; ABSTRACT ; 1. INTRODUCTION; 1.1. Ultrasonic Machining (USM) ; 1.2. Ultrasonic Assisted Machining (UAM) ; 2. ULTRASONIC ASSISTED INTERNAL GRINDING OF SIC CERAMICS.
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Includes bibliographical references and index.

Description based on print version record.

English.

ULTRASONICS ; ULTRASONICS ; CONTENTS ; PREFACE ; MECHANOCHEMICAL CLEAVAGE OF DNA BY ULTRASOUND ; ABSTRACT ; 1. INTRODUCTION ; 2. METHODS AND EXPERIMENTAL PROTOCOLS; 2. GEL DATA ANALYSIS ; 3. EVIDENCE OF MECHANOCHEMICAL NATURE OF ULTRASONIC CLEAVAGE ; 4. MODELING ULTRASONIC CLEAVAGE OF DNA ; Evaluation of Cavitational Flow Gradients near Collapsing Bubble ; Modeling DNA Dynamics in High Gradient Flow of Liquid; Modeling Mechanochemical Cleavage of DNA ; Limitations of the Model ; 5. PHYSICAL PROPERTIES OF THE B-DNA AND ULTRASONIC CLEAVAGE RATE ; CONCLUSION ; GRANTS ; REFERENCES.

THE USE OF ULTRASONIC METHODS TO MONITOR THE EARLY AGE HYDRATION PROCESS OF CEMENT BASED MATERIALS ABSTRACT ; HYDRATION PROCESS AND FORMATION OF STRUCTURE OF CEMENT BASED MATERIALS ; ULTRASONIC WAVE TRANSMISSION METHOD ; Introduction ; Experimental Set-ups ; The Use of USWT Method to Monitor the Setting and Hardening Process of Cement Based Materials ; Typical Development of the vp in Time; Sensitivity of the vP to the Material Composition and the Presence of Different Admixtures.

Determination of Different Milestones during the Formation of Structure of Hardening Cementitious Materials Using USWT Method AMonitoring the Setting Process of Cement Based Materials Using the Entire Signal ; ULTRASONIC WAVE REFLECTION METHOD; Introduction ; Experimental Set-ups ; The Use of USWR Method to Monitor the Setting and Hardening Process of Cement Based Materials ; Typical Development of the <U+0045>r (RL) in Time ; Sensitivity of the <U+0045>r (RL) to the Material Composition and the Presence of Different Admixtures.

Determination of Different Milestones during the Formation of Structure of Hardening Cementitious Materials Using USWR Method ICOMPARISON BETWEEN P-WAVE AND S-WAVES IN THEIR ABILITY TO MONITOR THE EARLY AGE HYDRATION PROCESS ; CONCLUSION ; ACKNOWLEDGMENT ; REFERENCES ; USE OF UTRASONIC SPRAY-PYROLYSIS PROCESS: A BRIEF REVEW ; ABSTRACT ; 1. INTRODUCTION ; 2. ATOMIZATION ; 2. 1. Introduction; 2. 2. Classification of Atomizers; 2. 3. Pressure and Two-Fluid Atomization; 2.4. Ultrasonic Atomizers ; 2.5. Electrostatic Atomizers; 2.1. Summary of Atomizer Characteristics ; 3. DRY POWDER FEEDERS.

4. DROPLET IMPACTORS AND VIRTUAL IMPACTORS 5. POWDER COLLECTION: FILTRATION AND ELECTROSTATIC PRECIPITATORS ; 5.1. Filtration ; 5.2. Cyclones ; 5.3. Settling Chambers ; 5.4. Electrostatic Precipitators ; 6. VOLATILE REACTANT DELIVERY SYSTEMS ; 7. ULTRASONIC SPRAY PYROLYSIS ; 7.1. Ultrasonic Atomization ; REFERENCES ; ULTRASONIC ASSISTED FIXED ABRASIVE MACHINING OF HARD-BRITTLE MATERIALS ; ABSTRACT ; 1. INTRODUCTION; 1.1. Ultrasonic Machining (USM) ; 1.2. Ultrasonic Assisted Machining (UAM) ; 2. ULTRASONIC ASSISTED INTERNAL GRINDING OF SIC CERAMICS.

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