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Using elastic neutron scattering on single crystals of MoTe$_{2}$ andMo$_{1-x}$W$_{x}$Te$_{2}$ ($x \lesssim 0.01$), the temperature dependence ofthe recently discovered T$_{d}^{*}$ phase, present between the low temperatureorthorhombic T$_{d}$ phase and high temperature monoclinic 1T$^{\prime}$ phase,is explored. The T$_{d}^{*}$ phase appears only on warming from T$_{d}$ and isobserved in the hysteresis region prior to the 1T$^{\prime}$ transition. Thisphase consists of four layers in its unit cell, and is constructed by an "AABB"sequence of layer stacking operations rather than the "AB" and "AA" sequencesof the 1T$^{\prime}$ and T$_{d}$ phases, respectively. Though the T$_{d}^{*}$phase emerges without disorder on warming from T$_{d}$, on cooling from1T$^{\prime}$ diffuse scattering is observed that suggests a frustratedtendency toward the "AABB" stacking.

Appearance of T$_d^*$ phase across the T$_{d}$-1T$^{\prime}$ phase boundary in Weyl semimetal MoTe$_{2}$