Sentence examples for relative bound from inspiring English sources

(lambda B) is A-bounded with relative bound (<1) if and only if (0 le lambda < lambda _1).

In some of my early papers, I called B Kato small if B was (A-bounded) with relative bound less than 1 and Kato tiny if the relative bound was 0. I am pleased to say that while many of my names (hypercontractive, almost Mathieu, Berry's phase, Kato class,...) have stuck, this one has not!  .

In some of my early papers, I called B Kato small if B was (A-bounded) with relative bound less than 1 and Kato tiny if the relative bound was 0. I am pleased to say that while many of my names (hypercontractive, almost Mathieu, Berry's phase, Kato class,...) have stuck, this one has not!

If V is (H_0 -bounded witH_0 -boundedound less than 1 and (|V|^{1/2}(H_0+1)^{-1}) is Hilbert–Schmidt, then Kuroda proved that (Omega ^{pm }(H,H_0)) exist and are complete.

If the form t is (mathbf{t}_{A} -bounded with relA} -bounded (a<1), then the form mathbf{t}_{1}:=mathbf{t}_{A}+mathbf{t},quad operatorname{Dom}(mathbf{t}_{1})= operatorname{Dom} ( mathbf{t}_{A}), is closed and lowithsemibounded in (mathfrelativeand hence gives rise to a self-adjoint semibounded opera<1r.

(Kato Rellich Theorem) Let A be self-adjoint, B symmetric and let B be A-bounded with relative bound (a<1), i.e. (D(A) subset D(B)) and for some fixed b and all (varphi in D(A)) begin{aligned} ||Bvarphi || le a||Avarphi ||+b||varphi || end{aligned} (7.7 Then (A+B) is self-adjoint on D(A) and any operator core for A is one for (A+B).

It's evident in the fact that here we have people of all ages, who aren't necessarily friends or relatives, bound together by sharing in a tradition.

Then B is relatively form bounded with relative form bound at most (alpha ).

E2 had equal Relative Binding Affinity (RBA) in both cell extracts (10−9).

The Average Relative Binding (ARB) matrix binding prediction method (http://epitope.liai.org:8080/matrix/matrix_prediction.jsp) [27] is allele specific and estimates a matrix of coefficients based upon the association of each of the 20 amino acids at each possible position along the peptide sequence.

For this purpose, a dynamic load identification model was built in which the relative error bound of the identified loads was estimated.