Simply adorable crochet 40 of the cutest projects ever First Edition by Maki Oomachi ISBN 978-1937994129 1937994120

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Product details: 

ISBN 10:   1937994120

ISBN 13:  978-1937994129

Author: Maki Oomachi

This Simply Adorable book includes step-by-step instructions with both diagrams and colorful photographs showing how to make the cutest crochet projects ever. There are food treats – cupcakes, doughnuts, candies, strawberries, and mushrooms, all looking good enough to eat. . . . And critters – little families of ducks and birds, squirrels with acorns, mice, ladybugs, deer, bunnies, lambs, donkies, kittens bears, and raccoons. Find great ideas for a wide variety of holiday decorations – including snowflakes, wreaths, stockings, and bells. Make flowers for bookmarks, plus bows and booties and dolls, and so much more! The concealed wire-O binding allows the book to stay open hands free while you’re crocheting.

Table of contents: 

Chapter 1: Solvents and Buffer Solutions

• Water as a Solvent

  • Temperature and Brownian Motion

  • Electric Permittivity of Water

  • Dissolution

  • Solvation

  • Dissociation

  • Ionization

  • Hydrophilicity, Hydrophobicity, and LogP

  • Gibbs Free Energy Change

  • Acid Ionization Constants

  • Concentration–pH and pa–pH Diagrams

  • Henderson–Hasselbalch Equation

  • Buffer Capacity

• Binary Mixtures and Other Solvents

Chapter 2: Fundamentals of Electrophoresis

• Introduction

• The Platforms

• Electrophoresis

• Electrophoresis of Single Molecules

• Ionic Limiting Mobility

• Bands, Fronts, Peaks, and Zones

  • Bands and Peaks

  • Fronts

  • Zones

• The Isoelectric Point

  • Isoelectric Point of Molecules

  • Isoelectric Point of Nano and Microparticles

• Turbulent and Laminar Flow

  • The Driving Forces of Fluid Flow

  • Turbulence

  • Laminar Flow in Cylindrical Capillaries

    • Pressure Driven Flow

    • Gravity Driven Flow

    • Capillary Action

  • Laminar Flow in Microchannels

    • Pressure Driven Flow

    • Gravity Driven Flow

• Electroosmosis

  • EOF in Cylindrical Capillaries

    • Volumetric Flow Rate

    • Combined Pressure Driven Flow and EOF

  • EOF in Rectangular Microchannels

• Suppression of EOF

  • Protocols for EOF Suppression

  • Advantages of Suppressing EOF with Covalent Coatings

  • Measuring Small and Large EOF Velocities

• Joule Effect and Heat Dissipation

• Temperature Profiles

• Molecular Diffusion and Band Broadening

• Sample Stacking and Band Compression

• Separation Modes

  • Affinity Electrophoresis

  • Electrochromatography

  • End-labeled Free-solution Electrophoresis

  • Free-Solution Electrophoresis

  • Isoelectric Focusing

  • Isotachophoresis

  • Microemulsion Electrokinetic Chromatography

  • Micellar Electrokinetic Chromatography

  • Sieving Electrophoresis

  • Suitable Separation Modes for Each Class of Analytes

Chapter 3: Open Layout

• Introduction

• Capillary Electrophoresis

• Microchip Electrophoresis

• Slab Electrophoresis

• Performance Indicators for Open Layouts

  • From Single Bands or Peaks

    • Number of Theoretical Plates

    • Number of Theoretical Plates per Unit Time Squared

    • Height Equivalent of a Theoretical Plate

  • From Two Neighboring Bands or Peaks

    • Resolution

    • Resolution per Unit Time

  • From n Bands and n Peaks

    • Band Capacity

    • Band Capacity per Unit of Time

    • Peak Capacity

    • Peak Capacity per Unit Time

Chapter 4: Toroidal Layout

• Introduction

• Toroidal Capillary Electrophoresis

• Toroidal Microchip Electrophoresis

• Toroidal Slab Electrophoresis

• Folding Geometries

• Microholes and Connections

• Reservoirs

• Active and Passive Modes of Operation

  • The Gravimetric Method

  • The Hydrodynamic Method

  • The Electrokinetic Method

  • Using Microvalves or Microcaps

• Performance Indicators for Toroidal Layouts

  • From Single Bands or Peaks

    • Number of Theoretical Plates

    • Number of Plates per Unit Time Squared

    • Height Equivalent of a Theoretical Plate

  • From Two Neighboring Bands or Peaks

    • Resolution

    • Resolution per Unit Time

  • From n Bands or n Peaks

    • Band Capacity

    • Band Capacity per Unit Time

    • Peak Capacity

    • Peak Capacity per Unit Time

Chapter 5: Confronting Performance Indicators

• Introduction

• Performance Indicators from Experimental Data

• Performance Indicators Predicted from Operational Parameters

Chapter 6: High Voltage Modules and Distributors

• Introduction

• High Voltages in Open Layouts

• High Voltages in Toroidal Layouts

  • The Ideal Toroidal Length

  • High Voltage Distribution Made by Four Modules

  • High Voltage Distribution Based on Relays

  • High Voltage Distribution Based on Sliding Switches

  • High Voltage Distribution Based on Rotating Switches

Chapter 7: Heat Removal and Temperature Control

• Introduction

• Temperature Gradients are Unavoidable

• Temperature has Multiple Effects

• Electrical Insulators with High Thermal Conductivity

• Cooling Strategies Used in Capillary Electrophoresis

  • Advantages of a Symmetric Cooling Geometry

• Cooling Strategies Used in Microchip Electrophoresis

  • Advantages of a Symmetric Cooling Geometry

• Cooling Strategies Used in Slab Electrophoresis

  • Advantages of a Rational Cooling Strategy

• Shear Rate of the Coolant

• Final Considerations

Chapter 8: Detectors

• Introduction

• Fixed Point Detectors

• Spatial Detectors (Scanners and Cameras)

• Derivatization Reactions

  • Fluorogenic Reactions

  • Labeling Reactions

  • Improving Selectivity Through Derivatization

Chapter 9: Applications of Toroidal Electrophoresis

• Introduction

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