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3. The adjusted as-built CPM technique this takes the as-planned and puts into it the delays as activities to end up with the as-built. Alkass et al. discuss problems again by not taking into account delay types (and a discussion of the problem of claimants tying their delays to non-critical parts of the network). 4. The but for or collapsing technique this takes the as-planned CPM and adds the delays that one party is willing to accept, to give an acceptable total delay. However, this doesn t take into account changes in CPM during the course of the project so a delay might be on the asplanned critical path, but not on the as-built critical path. 5. The snapshot technique this looks at the period between two snapshots from a snapshot time, it takes actuality (durations and relationships) up to a second snapshot time and applies that to the as-planned, then compares the two end-dates; but this doesn t consider delays prior to the rst snapshot. 6. The time impact technique similar to the snapshot technique, this looks at just one delay or delaying event. The authors concludes that (1) (3) are very simplistic; (4) is better but is only done once; and (5) and (6) are good but don t classify delays by fault, implying that more analysis is needed. They then go on to describe a new, seventh, method 7. The isolated delay type the authors say that this tries to combine the approach of (5) and (6) with the scrutinising approach of (4). The method looks at time periods, then applies only relevant portions of delays so looking at project completion dates before or after shows change, and the discrepancy is attributed to the delays that were incorporated.

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the ejected droplets depends mainly on the mass density of the liquid, which here was puri ed water, and was 9.1 m/s for a heating pulse of 4.8 s [180]. The maximum ejection frequency could be increased to 10 kHz, before the speed of the ejected bubble started to drop. This high frequency re ects two conditions. Firstly, the diamond resistor heats up fast and only a small fraction of the heating energy is lost to the substrate. This was possible because 3D-NCD with low thermal conductivity was used as base lm. Secondly, after the pulse is switched off the heat is effectively dissipated due to the high thermal conductivity of the top diamond capillary system, realised as 2D-NCD. Since in this technology a boron-doped diamond heater was monolithically integrated into an all-diamond chamber, the system was tested in aggressive acids. Since Cu was the sacri cial layer material and had been removed by nitric acid, high inertness of the system could be expected. However, during operation the liquid is ejected by an explosive phase transition at the spinodal temperature, which is 312 C for water [229]. Due to the

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1. For the received binary vector r, compute the syndrome s = r H T . If s = 0, then the decoded codeword is 2 = r. 2. If s # 0, then let i denote the column of H which is equal to sT.There is an error in position i of r. The decoded codeword is i. = r ni,where ni is a vector which is all zeros except for a 1 in the ith position.