Long delay times in reaction rates increase intrinsic fluctuations (2009)
In spatially distributed cellular systems, it is often convenient to represent complicated auxiliary pathways and spatial transport by time-delayed reaction rates. Furthermore, many of the reactants...
Electronic mail address: (2009)
Matthew Scott, Brian P. Ingalls, Matthew Scott, Brian Ingalls
reaction networks
The Linear Noise Approximation offers an elegant analytic method to probe the effects of molecular noise on small-scale chemical reaction pathways by expanding the full chemical Master equation in...
I hereby declare that I am the sole author of this thesis. This is a true copy of the thesis, including any required final revisions, as accepted by my examiners. I understand that my thesis may be...
XII * The Nineteenth Century: The Romantic Period (2007)
Smith, Orianne, Scott, Matthew, Garza, Ana Alicia, Whittaker, Jason, James, Felicity, Budge, Gavin, ...
This chapter has seven sections: 1. General; 2. Poetry (excluding Blake and women poets); 3. Women Poets; 4. William Blake; 5. Prose Fiction; 6. Non-Fictional Prose; 7. Drama. Section 1 is by Orianne...
Use of Dendrograms in a Product Platform Approach for Modular Spacecraft (2007)
This thesis is submitted in partial fulfilment of the requirements for the degree of Master of Science. The thesis sets out the results of a structured programme of research or design, development or...
XII * The Nineteenth Century: The Romantic Period (2006)
Smith, Orianne, Scott, Matthew, Mason, Emma, Whittaker, Jason, Budge, Gavin, James, Felicity, ...
This chapter has five sections: 1. General; 2. Poetry; 3. Prose; 4. Prose Fiction; 5. Drama. Section 1 is by Orianne Smith; section 2(a) is by Matthew Scott, section 2(b) is by Emma Mason; section...
XII The Nineteenth Century: The Romantic Period (2006)
Smith, Orianne, Scott, Matthew, Mason, Emma, Whittaker, Jason, Budge, Gavin, James, Felicity, ...
The modeling of blood rheology in small vessels (2005)
Blood is a dense suspension of flexible red blood cells. In response to a background flow, these cells distribute themselves non-uniformly throughout the vessel. As a result, material properties that...
The modeling of blood rheology in small vessels (2005)
Blood is a dense suspension of flexible red blood cells. In response to a background flow, these cells distribute themselves non-uniformly throughout the vessel. As a result, material properties that...
The modeling of blood rheology in small vessels (2005)
Blood is a dense suspension of flexible red blood cells. In response to a background flow, these cells distribute themselves non-uniformly throughout the vessel. As a result, material properties that...
The Nineteenth Century (Romantic Period) (2005)
Smith, Orianne, Scott, Matthew, Mason, Emma, Whittaker, Jason, James, Felicity, Roberts, Daniel Sanjiv, ...
This chapter has seven sections: 1. General; 2. Poetry (excluding Blake and Women Poets); 3. Women Poets; 4. William Blake; 5. Prose Fiction; 6. Non-Fictional Prose; 7. Drama. Section 1 is by Orianne...
XII The Nineteenth Century: The Romantic Period (2005)
Smith, Orianne, Scott, Matthew, Mason, Emma, Whittaker, Jason, James, Felicity, Roberts, Daniel Sanjiv, ...
This chapter has seven sections: 1. General; 2. Poetry (excluding Blake and Women Poets); 3. Women Poets; 4. William Blake; 5. Prose Fiction; 6. Non-Fictional Prose; 7. Drama. Section 1 is by Orianne...
The modeling of blood rheology in small vessels (2005)
Blood is a dense suspension of flexible red blood cells. In response to a background flow, these cells distribute themselves non-uniformly throughout the vessel. As a result, material properties that...
The Nineteenth Century (Romantic Period) (2005)
Smith, Orianne, Scott, Matthew, Mason, Emma, Whittaker, Jason, James, Felicity, Roberts, Daniel Sanjiv, ...
This chapter has seven sections: 1. General; 2. Poetry (excluding Blake and Women Poets); 3. Women Poets; 4. William Blake; 5. Prose Fiction; 6. Non-Fictional Prose; 7. Drama. Section 1 is by Orianne...
Theory of electrode polarization: Application of variational methods (2000)
Bibliography: p. 124-126.