The reason, however, is almost only the "law of scale", i.e. the increased payload mass, but not improvement of the launch systems.
This delivery system can be loaded with several molecules of an anticancer drug, because no covalent bonds are required, so that the increased payload does not significantly change the targeting ability of the antibody.
For this aircraft, the literature has reported performance improvements compared to conventional aircraft: economy of fuel, reduction of the weight of the structure, increased payload capacity and less impact on the environment.
The demand for longer range aircraft with increased payload quickly led to the improved −200, which featured more powerful engines, increased MTOW, and greater range than the −100.
Fiber reinforced polymer (FRP) tanks offer significant advantages to the transport industry in terms of increased payload and corrosion resistance compared to conventional steel tanks.
Benefits of using the DS4G over conventional thrusters include reduced transfer time and increased payload mass, if suitably advanced lightweight power system technologies are developed.
Taking these overall qualities — speed, range and increased payload — it's possible to sketch out some of the ideas that Future Vertical Lift might grow into, if given the chance.
In conclusion, siRNA-loaded calcium phosphate nanoparticles incorporating non-cytotoxic amounts of doxorubicin markedly enhances nanoparticle internalization and results in increased payload delivery with concomitant on-target effects.
Larger unmanned platforms (e.g. fixed-wing) have increased payload capacity or diversity of on-board sensors and equipment can offer greater potential for long-range high endurance applications such as large scale aerobiological sampling strategies (Schmale et al., 2008; Gonzalez et al., 2011).
They have increased payload-to-weight ratio, they run at higher speeds, use less energy and smaller actuators, and they are safer during interaction with their environments.
Reduced costs are being driven by reusable flight systems, increased payloads, and machine-learning algorithms.
