which generate the cyclic BCH codes C 0 Open image in new window, C 1 Open image in new window, and C 2 Open image in new window of lengths 1, 3, and 15 over the direct product of A(r)′ times with minimum hamming distances at least 2, 4, and 5, respectively.
Substituting the sample mean and the sample standard deviation in (8 11) provides fuzzy point estimates for C ˜ p Open image in new window, C ˜ pk Open image in new window, C ˜ pm Open image in new window, and C ˜ pmk Open image in new window.
Then the following interval is a 100(1–α)% fuzzy confidence region for C ˜ p Open image in new window C ˜ ^ p ⊗ χ n − 1, α / 2 2 n − 1, C ˜ ^ p ⊗ χ n − 1, 1 − α / 2 2 n − 1 Open image in new window (13).
Quantities Q ˙ 23 Open image in new window, C ˙ W Open image in new window, and C ˙ 23 Open image in new window represent the rate of heat release and heat capacity rates for cooling fluid and air, respectively.
The SC was performed as follows: {C}_{mathsf{sc} mathsf{corrected}}={C}_{mathrm{Ph}}- ktimes {C}_{mathrm{LW}} with ( {C}_{mathsf{sc} mathsf{corrected}} ) the number of counts after SC, C Ph the number of counts in the photopeak window, C LW the number of counts in the lower scatter window and k a scaling factor (equal to 1 in this study).
The constant failure rates of subsystems A, B, D, F, C ¯ Open image in new window, E ¯ Open image in new window, C, and E are represented by α i (i = 1 to 8), respectively.
The parameter β i represents the respective constant repair rates of subsystems A, B, D, F, C ¯ Open image in new window, E ¯ Open image in new window, C, and E, for i = 1 to 8. Lowercase letters, including a, b, c, d, e, and f represent the failed state of subsystems A, B, C, D, E, and F respectively.
Table 1 Calculated parameters at B3LYP/6-31G B3LYP/6-31G C O C-O bond levelh/ Agenten image in new window C-C-O bond angle C Mulliken charge O Mulliken charge Hybond Hybrid Nanotube - aminolength/ic A.id SP3.45 SP1.97 1.420 114.17 0.2255 −0.5810 NanOpene - tretimage SP3.36 SP1.99 1.412 114.37 0.2379 −0.5937 SP, s orbinal/p orbital.
Sliding-window C LZ profiles confirmed the Stowaway-Le2 sequence as one of the main low-complexity regions of the tomato rbcS-1 5'-NCS (not shown).
RPKM which is the (number of reads in a window/length of the window)*C/mappable reads), where C is an estimate of the maximum number of reads [ 3] was used to estimate the quantity of each exon.
Then, for f t ∈ C λ + m m Open image in new window, C D 0 + α, β, γ f t = C D 0 + α − m + k, β + m − k, γ + m − k f m − k t, Open image in new window (15).
