Forest NucPhys I Nuclear Reactions - Revision history

Foretony: /* Direct Reactions */

2015-12-17T23:36:01Z

Direct Reactions

2009-04-08T22:52:58Z

Compound reactions

2009-04-08T02:11:35Z

14 nucleon system

2009-04-08T01:55:22Z

14 nucleon system

2009-04-08T01:53:47Z

Compound reactions

2009-04-07T23:04:32Z

Direct Reactions

2009-04-06T16:39:34Z

Compound reactions

2009-04-06T16:37:27Z

Compound reactions

2009-04-06T16:35:32Z

Compound reactions

2009-04-06T16:32:09Z

Direct Reactions

@@ Line 19: / Line 19: @@
 ;knockout reaction
 : a & b are the same but there are 3 total particles in the final state.
-: n + X \rightarrow Y + 3n =  X(n,3n)Y
+: <math>n + X \rightarrow Y + 3n =  X(n,3n)Y</math>
 [[Image:KnockOut_Reaction_Forest_NucPhys_I.png | 200 px]]
@@ Line 30: / Line 30: @@
 ;Nuclear PhotoEffect
 : projectile a ejects a nucleon from target X
-:e - + Mo-100 \rightarrow Mo-99 + n + e- = X(e,e'n)Y
+:<math>e - + Mo-100 \rightarrow Mo-99 + n + e- = X(e,e'n)Y</math>
 [[Image:NuclearPhotoEffect_Forest_NucPhys_I.png|200px]]

@@ Line 47: / Line 47: @@
 This is typically a low energy reaction in which particle Y doesn't leave the target material but the intermediate state may be surmised at through the detection of particle b.
-[[Image:CompoundReaction_Forest_Nucl_I.png | 500 px]]
+[[Image:CompoundReaction_Forest_Nucl_I.png | 500 px]][[Image:CompoundReaction_nf_Forest_Nucl_I.png | 500 px]]
 =Isospin=

@@ Line 56: / Line 56: @@
 Consider three different nuclear isobars all containing 14 nucleons ( isotopes are same Z, isotones are same N, so isobars are same A)
-<math>{14 \atop 6} C_8</math>
+<math>{14 \atop 6} C_8</math>,
-<math>{14 \atop 7} N_7</math>
+<math>{14 \atop 7} N_7</math>,
 <math>{14 \atop 8} O_6</math>
 [[Forest_NucPhys_I]]

← Older revision		Revision as of 01:55, 8 April 2009
Line 55:		Line 55:

	Consider three different nuclear isobars all containing 14 nucleons ( isotopes are same Z, isotones are same N, so isobars are same A)		Consider three different nuclear isobars all containing 14 nucleons ( isotopes are same Z, isotones are same N, so isobars are same A)
		+
		+	<math>{14 \atop 6} C_8</math>
		+	<math>{14 \atop 7} N_7</math>
		+	<math>{14 \atop 8} O_6</math>

	[[Forest_NucPhys_I]]		[[Forest_NucPhys_I]]

← Older revision		Revision as of 01:53, 8 April 2009
Line 49:		Line 49:
	[[Image:CompoundReaction_Forest_Nucl_I.png \| 500 px]]		[[Image:CompoundReaction_Forest_Nucl_I.png \| 500 px]]

		+
		+	=Isospin=
		+
		+	== 14 nucleon system==
		+
		+	Consider three different nuclear isobars all containing 14 nucleons ( isotopes are same Z, isotones are same N, so isobars are same A)

	[[Forest_NucPhys_I]]		[[Forest_NucPhys_I]]

← Older revision		Revision as of 23:04, 7 April 2009
Line 33:		Line 33:

	[[Image:NuclearPhotoEffect_Forest_NucPhys_I.png\|200px]]		[[Image:NuclearPhotoEffect_Forest_NucPhys_I.png\|200px]]
		+
		+
		+
		+	Capture
		+
		+	[[Image:capture_Reaction_Forest_NucPhys_I.png \|200px]]

	=== Compound reactions===		=== Compound reactions===

← Older revision		Revision as of 16:39, 6 April 2009
Line 40:		Line 40:

	This is typically a low energy reaction in which particle Y doesn't leave the target material but the intermediate state may be surmised at through the detection of particle b.		This is typically a low energy reaction in which particle Y doesn't leave the target material but the intermediate state may be surmised at through the detection of particle b.
		+
		+	[[Image:CompoundReaction_Forest_Nucl_I.png \| 500 px]]
		+

	[[Forest_NucPhys_I]]		[[Forest_NucPhys_I]]

@@ Line 37: / Line 37: @@
 ;Compound reaction
-:projectil a is captured by target X forming an intermediate state which then decays to Y and b
+:projectiel a is captured by target X forming an intermediate state which then decays, possibly through multiple excited nuclear states/species,  to Y and b
 This is typically a low energy reaction in which particle Y doesn't leave the target material but the intermediate state may be surmised at through the detection of particle b.
 [[Forest_NucPhys_I]]

← Older revision		Revision as of 16:35, 6 April 2009
Line 35:		Line 35:

	=== Compound reactions===		=== Compound reactions===
		+
		+	;Compound reaction
		+	:projectil a is captured by target X forming an intermediate state which then decays to Y and b
		+
		+	This is typically a low energy reaction in which particle Y doesn't leave the target material but the intermediate state may be surmised at through the detection of particle b.

	[[Forest_NucPhys_I]]		[[Forest_NucPhys_I]]