Research Article

A Highly Accurate Technique to Obtain Exact Solutions to Time-Fractional Quantum Mechanics Problems with Zero and Nonzero Trapping Potential

Table 10

The recurrence error of the 5th approximate solution of the imaginary part in Example 3.

τν = 0.7ν = 0.8ν = 0.9ν = 1.0

0.14.044352360290241 × 10−122.95593353802917 × 10−141.896521881939167 × 10−161.083021715783192 × 10−18
0.28.40968933466814 × 10−101.317524278577765 × 10−111.811985904661213 × 10−132.218028473923979 × 10−15
0.31.908458178643264 × 10−84.670482042212528 × 10−101.003363456757901 × 10−111.918540478858446 × 10−13
0.41.748682320562088 × 10−73.375983249079892 × 10−81.731218052350544 × 10−104.542522314596309 × 10−12
0.59.748056090119807 × 10−74.184376006926562 × 10−81.576742960965881 × 10−95.288191971597613 × 10−11
0.63.968383306108540 × 10−72.081736075628826 × 10−79.586393166413172 × 10−93.929170900702099 × 10−10
0.71.3004806485065536 × 10−54.646598110881215 × 10−74.409897082301801 × 10−82.141487801867844 × 10−9
0.83.636150797676397 × 10−52.617499157554769 × 10−61.654050363788450 × 10−79.303085700293241 × 10−9
0.99.005675804590360 × 10−57.379530772932580 × 10−65.308339629215292 × 10−73.398636902083380 × 10−8
1.02.0269777712677892 × 10−41.8650679756148277 × 10−51.506460878596710 × 10−61.083021715783191 × 10−7