Chemical compatibility tests show that most of the existing proton-conducting oxides are unfavorable for application in LNO electrolyte-based fuel cells because of undesirable reactions at high temperatures.
Limited share is attributed to higher product cost compared to standard insecticides, low efficacy under unfavorable conditions, application timing and conditions, limited data and cost benefit in IPM programs, refrigeration requirements and limited room temperature shelf life (product quality), use of suboptimum nematode species, and lack of detail application directions.
However, in the ( left|{omega}_rightrangle ) mode of the Au-silica-Au multilayer nanoshells, the strong near-field enhancement is almost confined inside the dielectric between the Au core and the outer Au shell [10,14], which is unfavorable for applications such as biosensing and bioimaging.
For the off-line applications, the missing data can be processed in the control center with advanced information recovery techniques; while for the real-time applications, the incomplete data normally are directly delivered to the applications, which is unfavorable for certain applications.
CsPb2Br5 crystal is reported to exhibit an inactive photoluminescence behavior and a large indirect band gap of approximately 3.1 eV [61], which are unfavorable in the application of photovoltaic device and need to be eliminated by future process optimization.
However, their small size and relatively high amounts of impurities pose a problem for magnetometry or quantum science applications, and their low brightness is unfavorable for biolabeling applications.
Certain unfavorable decisions on applications, petitions, and other types of cases may be appealed.
This is particularly unfavorable in certain applications such as mobile communications, embedded systems and real-time communication, where devices (e.g., portable equipments) are resource constrained due to the size limitation and power consumption considerations [2].
However, compounds used in chemical-based signal transduction systems are technically quite difficult to remove or recover, and are also energetically unfavorable for industrial applications.
Setting the most unfavorable fire scene, and application FDS and evacuation software simulation, and obtain the TASET and TRSET.
Although G-quadruplex DNAzyme-based assays provide many advantages over traditional approaches, the relatively low catalytic activity of DNAzyme becomes an unfavorable factor in its application process.
