spcheck intro.

intro/introduction.tex

@@ -10,7 +10,7 @@ \chapter{Introduction}
 After the fuel is burned, it is removed from the reactor and stored as a solid on the surface.
 This is known as a the once-through fuel cycle.
 
-This work focuses on methods for assesing an open fuel cycle and a variety of other 
+This work focuses on methods for assessing an open fuel cycle and a variety of other 
 strategies which have been subjected to intensive levels of technology development and 
 deployment (TD\&D).
 
@@ -59,13 +59,13 @@ \chapter{Introduction}
 even in the simplest cycles, the need for a dynamic 
 fuel cycle simulator and analysis framework arises.  
 
-Many fuel cycles are stuided via pre-defined base case scenarios in which all input parameters
+Many fuel cycles are studied via pre-defined base case scenarios in which all input parameters
 take on static values.  Linear one-dimensional sensitivity studies may be performed which evaluate
 the effects of slightly changing a single parameter, while keeping all other inputs
 constant.  However, perturbing a single value may push these base case models into a regime in which 
-they are no longer valid.  Morever, important design regions of the parameter space may be 
+they are no longer valid.  Moreover, important design regions of the parameter space may be 
 overlooked by base case analysis due to the inability to perturb several parameters
-simeltaneously.  
+simultaneously.  
 Exploring and analyzing design regimes that are far from pre-set scenarios is necessary for 
 correctly designing components based on parameters with global fuel cycle reach.
 
@@ -82,7 +82,7 @@ \chapter{Introduction}
 locality on which they are defined.  At a minimum, their inputs are \emph{perturbable} 
 within an acceptable range and their outputs respond accordingly.  Such 
 models do not seek to compute extraneous parameters that are not of direct importance
-to the system at hand.  For example, the flux in the fuel regionof a reactor is 
+to the system at hand.  For example, the flux in the fuel region of a reactor is 
 pertinent to the discharge material composition.  However, the neutron current in the 
 shielding is not. 
 Essential physics models seek reasonable simplifications of more detailed computational