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Data	File	Physical quantities	Reaction(s)	Energies
1	*	INC-ENGY-LAB J-PI4) J-PI5) TRNSF-L DATA6) DATA7) TOT-WDTH8) RED-WDTH9) PART-WDTH10) INC-ENGY-LAB: Incident energy in lab. system #3; PART-WDTH: Partial width; TOT-WDTH: Total level width; TRNSF-L: Transferred L	25MG(P,P)25MG;	between 0.835 and 2.123 MEV
2	*	INC-ENGY-LAB J-PI TRNSF-L CHNL-SPIN PART-WDTH13) RED-WDTH14) PART-WDTH15) RED-WDTH16) INC-ENGY-LAB: Incident energy in lab. system #3; PART-WDTH: Partial width; TRNSF-L: Transferred L	25MG(P,P)25MG;	between 1.284 and 2.045 MEV
3	*	EXC-ENGY17) J-PI17) EXC-ENGY18) INC-ENGY-LAB TRNSF-L J-PI COUOMB-DISP-ENGY19) SPEC-FCTR EXC-ENGY: Excitation energy (of the final state) #2; INC-ENGY-LAB: Incident energy in lab. system #3; SPEC-FCTR: Spectroscopic factor; TRNSF-L: Transferred L	25MG(P,P)25MG;	between 0.986 and 1.774 MEV

4) J-PI VALUES FROM THE PRESENT EXPERIMENT
5) J-PI VALUES RESTRICTED BY ADDITIONAL INFORMATION
6) THE CHANNEL SPIN MIXING RATIO
7) MIXING ANGLE
8) THE TOTAL WIDTH IN THE ELASTIC DECAY CHANNEL
9) TOTAL REDUCED WIDTH
10) THE GAMMA DECAY WIDTH
13) PROTON PARTIAL WIDTH IN THE FIRST EXCITED STATE (P1) CHANNEL
14) INELASTIC PROTON REDUCES WIDTH IN THE P1 CHANNEL
15) INELASTIC PROTON PARTIAL WIDTH IN THE SECOND EXCITED STATE (P2)CHANNEL
16) INELASTIC PROTON REDUCED WIDTH IN THE P2 CHANNEL
17) PARENT STATES IN 26MG
18) EXCITATION ENERGY IN COMPOUND 26AL; EX=E(P,C,M,)+6.3058MEV
19) EC=B(N)+E(P,C.M.)-EX, WHERE EC IS THE COULOMB ENERGY,B(N)=11.0930 MEV IS THE BINDING ENERGY OF THE LAST NEUTROM IN 26MG,E(P,C.M.) IS THE C.M. PROTON ENERGY OF THE ANALOGUE STATE, AND EX ISTHE EXCITATION ENERGY OF THE PARENT STATE

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