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We have investigated the Josephson coupling between two s-wavesuperconductors separated by the ferromagnetic trilayers with noncollinearmagnetization. We find that the long-range triplet critical current willoscillate with the strength of the exchange field and the thickness of theinterface layer, when the interface magnetizations are orthogonal to thecentral magnetization. This feature is induced by the spatial oscillations ofthe spin-triplet state |\uparrow\downarrow>+|\downarrow\uparrow> in theinterface layer. Moreover, the critical current can exhibit a characteristicnonmonotonic behavior, when the misalignment angle between interfacemagnetization and central ferromagnet increases from 0 to \pi/2. This peculiarbehavior will take place under the condition that the original state of thejunction with the parallel magnetizations is the \pi state.

Long-Range triplet Josephson Current Modulated by the Interface Magnetization Texture