-
j ⟩ = δ i
j ⟨ ϵ i | ϵ i ⟩ = δ i
j , {\displaystyle \langle i,\
epsilon _{i}|
j,\
epsilon _{
j}\rangle =\langle i|
j\rangle \langle \
epsilon _{i}|\
epsilon _{j}\rangle...
-
j n {\displaystyle \
epsilon _{
j}^{n}} as ϵ
j n = N
j n − u
j n {\displaystyle \
epsilon _{
j}^{n}=N_{
j}^{n}-u_{
j}^{n}}
where u
j n {\displaystyle u_{
j}^{n}}...
-
Kasper Østerbye
Stephan Herrmann Trygve Reenskaug Thomas Kühn
Cameleon EpsilonJ JavaScript Delegation -
Functions as
Roles (Traits and Mixins)
Object Teams...
- \
epsilon _{ij}={\frac {2\
epsilon _{i}\
epsilon _{
j}}{\
epsilon _{i}+\
epsilon _{
j}}}} The Kong
rules for the Lennard-Jones
potential are
given by: ϵ i
j σ...
- in general: A λ i = ∑
j = 1 n ϵ
j , λ i c
j l {\displaystyle A_{\lambda _{i}}=\sum _{
j=1}^{n}\
epsilon _{
j,\lambda _{i}}c_{
j}l}
where A λ i {\displaystyle...
- _{i}^{\nu }\
epsilon _{
j}^{\nu }-{\frac {1}{n}}\
epsilon _{i}^{\nu }h_{ji}^{\nu }-{\frac {1}{n}}\
epsilon _{
j}^{\nu }h_{ij}^{\nu }}
where h i
j ν = ∑ k = 1...
- &=(\
epsilon \circ \mathrm {id} _{
J})*(\mathrm {id} _{G}\circ \eta )=(\
epsilon *\mathrm {id} _{G})\circ (\mathrm {id} _{
J}*\eta )=\
epsilon G\circ
J\eta...
-
j = a
j + β
j 1 f 1 + β
j 2 f 2 + ⋯ + β
j n f n + ϵ
j {\displaystyle r_{
j}=a_{
j}+\beta _{j1}f_{1}+\beta _{j2}f_{2}+\cdots +\beta _{jn}f_{n}+\
epsilon _{j}}...
- _{3}&=-J_{h}+J_{v}+
J+
J'-
J'',\quad \
epsilon _{4}=
J_{h}-
J_{v}+
J+
J'-
J''\\\
epsilon _{5}&=\
epsilon _{6}=
J-
J'+
J''\\\
epsilon _{7}&=\
epsilon _{8}=-
J+
J'+
J''.\end{aligned}}}...
-
symbol ϵ
j {\displaystyle \
epsilon _{
j}} . Instead, one must
compute an
upper bound δ
j {\displaystyle \delta _{
j}} to the
roundoff error of each z
j {\displaystyle...
