       | 
         
      
        | Bon           | 
        Holm           | 
        adaptive Bon | 
         
      
        λ=0.2  | 
        λ=0.1  | 
        λ=α  | 
       
      
        0.1  | 
        .0006(.9743)  | 
        .0059(.9911)  | 
        .0167(.9960)  | 
        .0127(.9953)  | 
        .0081(.9940)  | 
       
      
        0.2  | 
        .0016(.9743)  | 
        .0053(.9879)  | 
        .0157(.9930)  | 
        .0121(.9919)  | 
        .0077(.9903)  | 
       
      
        0.3  | 
        .0024(.9742)  | 
        .0065(.9854)  | 
        .0160(.9905)  | 
        .0126(.9892)  | 
        .0079(.9875)  | 
       
      
        0.4  | 
        .0034(.9741)  | 
        .0067(.9832)  | 
        .0154(.9882)  | 
        .0128(.9868)  | 
        .0085(.9849)  | 
       
      
        0.5  | 
        .0042(.9741)  | 
        .0067(.9813)  | 
        .0152(.9861)  | 
        .0127(.9847)  | 
        .0085(.9827)  | 
       
      
        0.6  | 
        .0048(.9741)  | 
        .0068(.9796)  | 
        .0153(.9844)  | 
        .0126(.9828)  | 
        .0082(.9808)  | 
       
      
        0.7  | 
        .0054(.9740)  | 
        .0070(.9779)  | 
        .0155(.9826)  | 
        .0119(.9810)  | 
        .0084(.9789)  | 
       
      
        0.8  | 
        .0060(.9739)  | 
        .0072(.9764)  | 
        .0156(.9811)  | 
        .0121(.9793)  | 
        .0081(.9772)  | 
       
      
        0.9  | 
        .0069(.9740)  | 
        .0076(.9752)  | 
        .0158(.9796)  | 
        .0126(.9777)  | 
        .0089(.9757)  | 
       
     
      value in the parenthesis is the corresponding power. |