Here is the poop..

They are telling us there is nothing there..

6 holes show some radioactivity..

within the footwall of a relatively flat-lying rich graphitic-pyritic altered unit that exceeds 100 metres in thickness. Anomalous uranium (17-110 ppm) occurs at the unconformity and within the shallowly dipping deformed graphitic pelitic unit.

In this layer called the" shallowly dipping deformed graphitic pelitic unit." they found some U3O8 ..about 17-110 Parts per million...

or widths of 0.5 metres to 10.0 metres corresponding to elevated Gamma log readings of up to 1,000 cps.

1000 Cycles per second on the meter is dicky doo..

While they give lots of info on the process of sample and core storage and handling ,we don't have to worry..there isn't enough uranium in our drill cores to rate any special storage or handling..

This is info only...

All field technical information for the West Millennium and McTavish Uranium Projects is collected, documented, stored and reported through our formal QA/QC by Keith Metcalfe, P.Eng., P. Geo, and a Qualified Person under the definitions established by National Instrument 43-101. Samples of drill core are collected by three methods: 1) the systematic 10m - spaced composite chips (1-2 cm wide every 1.5m as a standard) taken from just below the casing shoe to just above the sandstone/basement interface (unconformity); this practice accounts for an actual core loss of less than 1%. 2) The split or half-core samples taken continuously across the unconformity whereby about 50% of the core section is removed for analysis. 3) one to three cm chips are taken at 20m intervals for PIMA clay analysis. A combination of these three methods may be used well into the sub-Athabasca basement rock units depending on the radioactivity, structure and alteration features observed by the geologist. Core boxes are marked and labeled in succession. Weather-proof sample tags are stapled securely to the box partition at the start of the sample interval which is also marked along the core box ribs with an indelible marker. Following sample selection the residual drill core is stored as cross-stacks or in core racks, covered, labeled and archived at the company's camp site. Drill core samples are sealed in bags or pails with tamper - proof locking cable ties. Special metal/plastic containers are used for "hot" uranium - bearing samples. A "chain of custody" is in place whereby all sample shipments are closely monitored by the site geologists. All analyses are conducted under strict protocol by SRC Geo Lab in Saskatoon, Saskatchewan. SRC is a specialist in the field of uranium mineral research and is Canada's only CNSC licensed laboratory offering the complete spectrum of uranium processing and analysis.

My dads old radium dialed war time watch would drive the scinc meter at a 1000CPS..but I'll let Ex guy give the better explanation..

If we drilled up stuff like Hat did yesterday we would be $10.00 a share..Here is real U3O8..no friggin' PPM here..!!!

1. Discovery of high grade uranium mineralization within, and extending beyond, the lower grade shell of the Initial Resource Model.
   For example: Hole MWNE-10-197a intersected 17.0 m of 15.20 % U3O8.
2. Discovery of high grade uranium mineralization adjacent to and outside of the Initial Resource Model.
   For example: Hole MWNE-10-200 intersected 22.50 m of 11.31 % U3O8.
3. Confirmation of high grade uranium mineralization inferred to be down-dip of the high grade shell within the Initial Resource Model. For example: Hole MWNE-10-188B intersected 7.5m of 28.98 % U3O8.

Still in and waiting..

Portee