Core

Resources approved

Approved resources

Non core

Table 1, below, presents the total core and non core expenditure profile.

(b) Proportionality core resources will not be used to subsidize management of non core resources and

While total funding from core and non core resources has increased modestly in recent years, the share of core resources in overall resources has declined and now constitutes less than half of the total.

Table 1 Total expenditures against core and non core (in millions of dollars)

Core resources for development

For the previous cycle (1992 1996), the core resources were 57 million and non core 175 million.

Projections for 2006 2007 levelled in at 1.9 billion for core and 5.6 billion for non core.

Nuclear power source safety standards

(a) Introduce natural resource accounting

(a) Radioisotope NPS as sources of power, heat and ionizing radiation

These resources will be generated by charging a fixed percentage, aligned with the UNDP cost recovery policy, on all core and non core programme resources, thus ensuring full proportionality between core and non core resources.

It is expected that the core resources under the global programme will provide an opportunity to leverage significant additional non core resources.

The core programme resources for the current programme cycle amount to 94.5 million, with approved non core resources estimated as of mid 1998 at 149 million.

(i) Use of nuclear power sources in outer space

Nuclear energy comes for a simple reason.

Space NPS safety standards must be maintained by any NPS applications for peaceful purposes

Goal 4 Core and non core resources aligned with commitments

Any increase of non core resources should be additional to core resources and the United Nations should remain central for mobilization and allocation of resources.

(i) Use of nuclear power sources in outer space

(ii) Use of nuclear power sources in outer space

Non core resources also experienced steady growth.

(iv) Use of nuclear power sources in outer space

1 Target for resource assignment against the core.

(b) Reactor NPS as sources of electricity (NPUs and NPPUs for energy systems) and power (NPUs plus electrojet propulsion systems, NPPUs for power systems and rocket propulsion technology) with ejection of the propellant (plasmas of inert gas, hydrogen or hydrogen bearing coolants) into space.

(a) Identification of terrestrial processes and technical standards that may be relevant to nuclear power sources, including factors that distinguish nuclear power sources in outer space from terrestrial nuclear applications

(a) Identification of terrestrial processes and technical standards that may be relevant to nuclear power sources, including factors that distinguish nuclear power sources in outer space from terrestrial nuclear applications

(a) It contained no plans to use radioisotope space NPS but focused on using reactor NPS (NPUs and NPPUs)

The following contingencies had been examined in particular destruction of NPS structure change of orbital parameters of NPS after collision their entry into the atmosphere possible atmospheric destruction and fallout of radioactive toxic material particles and parts of NPS structure.

Resources currently distributed internally between TRAC 1.1.1 and TRAC 1.1.2 are at a ratio of 60 to 40 per cent, respectively.

In many practice areas, UNDP has to demonstrate that it commits core funds in order to attract non core resources.

The resources available consequently derive primarily from the core of their regular budget financing.

Delegations expressed their satisfaction with the continued steady rise in core and non core resources and the general positive financial outlook.

Use of nuclear power sources in outer space

8. Use of nuclear power sources in outer space.

IV. USE OF NUCLEAR POWER SOURCES IN OUTER SPACE

(d) Use of nuclear power sources in outer space

RELEVANT TO THE USE OF NUCLEAR POWER SOURCES

A local capacity for energy audit is required.

The view was expressed that work being carried out on the use of NPS should not be restricted only to the use of NPS in deep space.

The total programme expenditure from core and non core resources in 2004 was 21.0 million, up from 16.7 million the year before.

The view was expressed that work being carried out on the use of NPS should not be restricted only to the use of NPS in deep space.