With the introduction of a stage at low temperature of plasma into the cycle of reaction of ALD, it is possible to provide the additional reactivity to surface in the form of plasma-produced species. This makes it possible ALD to be employed in an extent of the applications even broader by improving quality of film, in particular at lower temperatures and it also increases the number of materials which can be deposited.

The production of the effective devices is a continual challenge at the market of electronics and ALD was identified like essential innovation by doing this, because it is a service individual-limiting device which offers the advantage of giving the ordering of precise thickness. While the traditional semiconductor and other nano-electronic applications start to require a reduced dielectric thickness of layer, ALD becomes more frequently used and increasingly more critical.

Using remote means of plasma ALD of the damage can be kept with a minimum, as well as the end result being films more high-quality because of the displacement improved of the impurities which carry out to lower the resistivity and the higher density.

The processes of plasma ALD also offer the broadest choice of the chemistry of precursor available and films more high-quality with more to regulation of process.

Conclusion

 Chris Hodson concluded that the development of the processes of ALD is crucial with the industry of nano-electronics if we must see an advance in the manufacture of the future nano-electronics and the integrated circuits.

It is clear that the scopes of application of ALD increase quickly, because of the increase in the number of materials which can be deposited, of the widened choice of the precursors, quality improved of film and to lower the temperatures of deposit which still open greater possibilities.

There are disadvantages to be used ALD, with the principal limitation being at low speed of the process, with only one small fraction of a unit layer being deposited in an any cycle. In the past it was a problem but the films required by future electronic devices are in particular thinner than they took place in the past, thus the speed of the ALD is not such a critical topic.

Chris Hodson and other speakers with the event recognized the presence of the gaps in the chain of provisioning, that must go back be prohibitory while making it possible this technique from deposit to nanotechnology to be adopted in devices of electronics with full sound commercial potential. For several of deputy it was the first occasion for all the various agents in the chain of provisioning to come together, with academics, to identify and work towards establishing these bonds.

It is crucial with all new technologies to make sure that all the parts of the chain of provisioning act one on the other and keep up to date with the developments and of the possibilities and they is events of target groups, like this organized by the systems microphone of Nano, which encourage such an exchange of knowledge and promotion of new technologies involutes in the devices, the probes and the advanced systems of nano-electronics.