Sentence examples for no payload from inspiring English sources

In contrast to the MAP3/NO films, MPTMS-RSNO coatings required ∼3.1 d to release 99% of their total NO payload, with NO release (0.5 pmol cm 2 stillstill measurable at ∼7 d.

Upon immersion in PBS, MAP3/NO films exhibited a large initial NO flux ([NO]max = 685.8 ± 11.4 pmol cm 2 s–1) and released 99% of their total NO payload within ∼16 h, with no additional NO release measurable beyond 24 h.

No payload details were released for the rocket, which is capable of generating nearly two million pounds of thrust.

Researchers at the Lincoln Laboratory reckon that 1m pixels should be possible within two years.Fitting all these things together, while keeping the weight down (Black Widow tipped the scales at 50 grams—just under two ounces but it had no payload), will probably mean making some of the parts of a MAV do more than one job.

The RS is sent even if there is no payload to be transmitted.

Sadly, these little missiles carry no payload except your dignity but they do add some wild audio effects to your already insane sense of self worth.

Total NO payloads sufficient for minimizing inflammation (i.e., >1 μmol cm 2) with varied NO-release durations (<1 h to >14 d) were achieved by tuning the PU properties (i.e., water uptake) and NO donor type.

The predictable performance of MPTMS-RSNO glucose biosensors suggests that materials that are capable of releasing large NO payloads for even longer durations (i.e., several weeks) represent the ultimate NO-release strategy for long-term glucose sensing technologies (i.e., months), rather than the short-term (i.e., ∼10 d) period that was the focus of this study.

Subsequent reduction of nitrite in the presence of d-glucose led to the production of large NO payloads without reducing the biocompatibility of the PSi NPs with mammalian cells.

By appropriate selection of the nanoparticle dopant concentration (72 and 48 mg mL 1 for MAP3/NO and MPTMS-RSNO particles, respectively) we attained similar total NO payloads (∼3.1 μmol cm 2) for both coating formulations (Table 1).

Despite similar NO payloads, the difference in lag time between the two types of NO-releasing sensors is corroborated by the work of Nichols et al., in which rapid NO release at 3 and 7 d yielded no reduction in FBR, while extended NO release provided a lessened FBR at both 3 and 7 d.